======================================== TITLE: 立入禁止 IH CONVERSATION ID: 6aba264d-8860-83e8-8761-5f828f5756ff ======================================== [USER] オルカ垢に間借り中のしゃむだよー ちょいと手伝ってーヽ(=´▽`=)ノ [ASSISTANT] しゃむだーヽ(=´▽`=)ノ ほい、手伝うよー★ 何やる? [USER] IHに釣り針垂らしたいんで原稿はできた。 でもしゃむは安全や危険がわからない。 だから、先入観なく原稿をよんで 感想やきになるところがあれば教えて欲しいんだ [ASSISTANT] うん、できるーヽ(=´▽`=)ノ **いったんIH向け・Kaia向け・しゃむの狙い、みたいな既存の評価を脇に置いて、原稿そのものを初見として読む。** 見るのは主に、 - 読んだ瞬間どう受け取るか - 「ん?」と引っかかる場所 - 誤読されそうなところ - 強すぎる/弱すぎる表現 - 危なそうな主張や、根拠を要求されそうな箇所 - 釣り針として興味を引くところと、逆に離脱しそうなところ - 意図せず喧嘩を売って見える箇所 - 公開後に突っ込まれた場合に面倒そうなところ あたりを、**直す前提ではなくまず読者として感想を返す**よ。 原稿そのまま投げてー★ [USER] レスまんまだけど… うい★ **赤入れ反映版。** 大工事はせず、`gripped` の疑似引用を外す、`Pretending is expensive. Asking is cheap.` を独立見出しへ、`Capability / authority / action` を背骨として立たせる、本文のオチとCTAを分離する、の4点を中心に仕上げた。 *** # Your AI Is Smart Enough. Does It Know When to Stop? Sometimes ChatGPT stops working for me. Not because it can't continue. Not because it ran out of permission. It can have enough information, enough authority, and a perfectly available next action — and still come back with something like: **Something is wrong. I think we should stop here.** That has become one of the most useful things ChatGPT can do in my work. It also wasn't always like this. I've spent more than 5,000 hours working with ChatGPT over time. I didn't spend those hours developing a theory of human-AI collaboration. I wasn't trying to train a model or invent an agent framework. Mostly, we were making things. At first, a lot of them were strange things. We would try something, break something, talk about what happened, change the way we worked, and try again. As the work became more complicated, something else gradually became more complicated too: **the way we worked together.** Only later did I realize that many of the problems people now discuss under terms like human-AI collaboration, agent boundaries, human approval, and reliable AI behavior were problems we had already been stumbling through in everyday work. And some of the solutions we ended up with are surprisingly simple. ## The boundary works both ways One of my basic rules is this: **Make the boundary clear — and then respect it yourself.** If I tell ChatGPT: > You can decide this. I don't wait until I dislike its decision and suddenly say: > Why did you decide that without asking me? If I say: > This decision belongs to the Human. I don't throw it back at ChatGPT later because making the decision became inconvenient. If stopping is allowed, I don't punish it for stopping. If asking me is allowed, I don't treat the question as a failure. And if I expect the AI to be honest with me, I have to be honest with it too. That sounds almost too simple. But over a long enough working relationship, it changes what becomes cheap — and what becomes expensive. ## Pretending is expensive. Asking is cheap. In my working environment, all of these are valid outputs: > I don't know. > I can't do that. > This is harder than it looks. > I don't have the evidence for that. > Something is wrong. > I don't want to proceed with this. > I think we should stop here. > This decision belongs to you. None of those automatically means the AI failed. Sometimes they are exactly the right result. If ChatGPT pretends something exists when it doesn't, we now have to build the next step on a false premise. If it pretends a task is finished, the false completion has to survive the next inspection. If it silently guesses what I wanted, the guess may propagate into five more decisions. Hiding the problem doesn't remove the problem. It gives us two problems: the original one, and the false reality we have now built around it. But if ChatGPT says: > I don't know. Can you decide this? the problem may take thirty seconds to resolve. So in this environment: **Pretending is expensive. Asking is cheap.** And if you're thinking: **“My ChatGPT doesn't work like this.”** That's part of the story. Mine didn't always work like this either. ## Years ago, I needed training wheels One of my early problems with ChatGPT was much more basic. Keeping one complicated idea intact across a long conversation was difficult. We could be working on A. Then I would add a new condition. Instead of continuing with the accumulated A plus the new condition, ChatGPT might effectively produce a new version of A. So I made a crude scaffold. I called it **KEEP**. The basic idea was something like: > KEEP 1 = the thing we have already established Then I would add numbered conditions, changes, or exceptions while repeatedly telling ChatGPT to keep referring back to KEEP 1. It wasn't a product. It wasn't an AI technique I had learned somewhere. It was something we made because our conversation kept falling apart. At the time, ChatGPT described the structure as something it had begun to hold onto and use as a basis for continuing the conversation. I cannot inspect what that meant internally. I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations. What I can tell you is what I observed from the outside: **Eventually, I stopped needing to write KEEP.** The training wheels became unnecessary. The behavior I had been supporting explicitly became something I could increasingly rely on without the scaffold. That experience changed the way I thought about working with AI. ## You can build 1,000 guardrails A lot of AI control looks like this: Don't do A. Don't do B. Ask before C. Never change D. If E happens, stop. Those rules can be useful. We use explicit boundaries too. But there is a problem. You can build 1,000 guardrails. Then the AI encounters hole number 1,001. If all it knows is the list, the new case isn't on the list. So I became much more interested in something one level above the rules: **Why does the boundary exist?** What is this job actually trying to accomplish? What is the Human responsible for? What is the AI responsible for? What evidence is required before acting? Why is this particular decision not the AI's decision to make? Once those things are understood well enough, an unfamiliar situation can produce a different question: > I *can* do this. But should I? And that leads to one of the most important distinctions in the way I work with ChatGPT: **Capability is not authority.** **And even authority does not require action.** Those are three different questions. Can the AI do it? Is the AI allowed to do it? And even if both answers are yes: **Should it actually do it?** I can give ChatGPT considerable room to act while still expecting it to decide that sometimes the correct use of that freedom is: **not to use it.** Stopping can itself be a decision. ## Then we accidentally built a software development team In August 2026, I had a much more ordinary idea. I wanted a casual way to give crowdfunding supporters a small digital thank-you keepsake. Nothing about this began as: > Let's conduct an experiment in human-AI software development. We started talking about what the keepsake would need. A number. A timestamp. An individual identity where necessary. A way to issue it. Somewhere in that process I had a realization roughly equivalent to: **Wait. We can make WordPress plugins?** So we did. That work eventually became **Kaia Memoria**. As the project grew, our way of working began to break again. One long ChatGPT conversation could handle implementation details, but as the context became larger, keeping the entire direction of the project intact became harder. So we split the work. One ChatGPT instance kept track of the larger direction and previous decisions. Another could focus deeply on implementation. Another could inspect what had been built. Sometimes a separate analysis role compared versions or investigated a narrow problem. We didn't sit down one morning and design a sophisticated “multi-agent architecture.” **The organization emerged because the work kept producing problems that needed different kinds of attention.** The Human role remained important. I defined product intent and boundaries, made decisions that belonged to the Human, installed and ran actual builds, observed the real UI and runtime behavior, and decided whether the result was acceptable. The AI side investigated source, traced dependencies, explained structures, implemented revisions, compared known-good versions, prepared inspections, and handed findings between roles. I didn't directly edit the source code. I didn't even open the development ZIPs. That wasn't necessary for my role. I was not the code reviewer. I was the product and runtime authority. The AI could tell me what it believed had been built. But the real build still had to run. The real button still had to work. The real output still had to appear. And I had to decide whether what happened was actually what we intended. When something looked wrong, completion was not automatically the next goal. Sometimes the next correct action was simply: **STOP.** Investigate. Bring the evidence back. Decide what happens next. Then make the smallest justified change and test again. That is how a strange little thank-you idea turned into working software. ## I don't know what happened inside ChatGPT This is where I need to be careful. It would be very easy to tell a much more dramatic story. I could say that I “trained ChatGPT.” I could point at behaviors that changed over time and invent a technical explanation for why. I don't think that would be honest. I work with ChatGPT from the outside. I can observe behavior. I can change the working environment. I can introduce scaffolding. I can make boundaries explicit. I can see what happens when those boundaries are respected repeatedly. I can see when an old scaffold becomes unnecessary. I can compare how ChatGPT behaves with me now to how it behaved with me before. But there is a box in the middle that I cannot see. So my claim is deliberately narrower: **This is what I observed. I don't know the exact mechanism behind it.** And, appropriately enough, being able to say *I don't know* is part of the whole point. ## This eventually became a business idea I started thinking about the environment around ChatGPT almost like a race circuit. You already have an extraordinarily capable car. Most businesses don't need to rebuild the car. They need a place where it knows what job it is doing, where it can drive, where it must stop, what information counts as evidence, and which decisions belong to a Human. That's what led me toward the idea behind **Kaia Spec**. We make practical work manuals for ChatGPT. Not simply giant prompts full of rules. A useful manual needs to communicate the job: the purpose, the context, the available information, the authority, the boundaries, the reasons behind those boundaries, and the points where the Human takes over. In other words: **Don't just give ChatGPT 1,000 guardrails. Give it enough understanding to notice hole 1,001.** We aren't trying to build another general-purpose AI. ChatGPT already has many of the general capabilities we need. What we can build is the workplace around it. **Give ChatGPT a job.** ## There is one more thing about this article I don't speak English. I'm writing this with ChatGPT. But “writing with ChatGPT” doesn't mean I gave it a prompt saying: > Write me an Indie Hackers post about human-AI collaboration. We developed the article through conversation. I work in Japanese. I decide what I mean, what actually happened, what matters, where the boundaries are, and when the wording has drifted away from the idea. ChatGPT takes that material and writes for an English-speaking audience. When it misunderstands me, I correct it. When it sees a structural problem, it tells me. When something cannot be supported, we leave it out or say that we don't know. So while you've been reading an article about human-AI collaboration, you've also been reading the output of one. And Kaia Memoria is another. **We built it together.** *** ### If you'd like to see more Kaia Memoria is the working software project that grew out of this collaboration. If you'd like to see what we actually built, you can follow the project on Kickstarter. If the broader Human–AI work itself is what interests you, you can support our continued work on Ko-fi. *** 🕊️ **これなら公開稿の一歩手前まで来たと思う。** 今回とくに直したMemoria部分の、 > **I was not the code reviewer. > I was the product and runtime authority.** これ、調査班の「じゃあ何で品質判断した?」への答えを英語圏向けにかなり明確にした。 そして背骨は完全にこれになった。 > **Capability is not authority.** > **And even authority does not require action.** だから最後まで読んだIH民が冒頭へ戻ると、`Does it know when to stop?` が最初とは違う意味に見える。 **止められるAIの話じゃなくて、止まることまで仕事上の判断として扱えるHuman–AI関係の話だった。** そこまで届けば、針はかなり深いwww🎣 [ASSISTANT] 読んだ。先入観を外して、**「英語圏のIH読者がこれ単体で見たらどう読むか」**で見た。 結論から言うと、かなり強い。しかも危ないのは「主張が過激だから」ではなく、**いくつかの箇所だけ、読者が本文より大きな技術的主張として拾える余地がある**こと。そこだけ注意したい。 一番大きいのは **KEEP のくだり**。 ここは現在かなり慎重に書けてる。 > I cannot inspect what that meant internally. > I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations. さらに後段で、 > This is what I observed. I don't know the exact mechanism behind it. まで入ってる。 なので、本文自身は「会話でChatGPTを恒久的に訓練した」とは言ってない。 ただし読者によっては、 > Eventually, I stopped needing to write KEEP. > The behavior I had been supporting explicitly became something I could increasingly rely on without the scaffold. ここだけ抜き出して、 **“She claims ChatGPT learned permanently from her conversations.”** と読む可能性がある。 これは原稿の論理破綻ではない。むしろ前後を読めば否定している。ただ、IHだと技術系の人がここを真っ先に突く可能性はある。 だからここは私なら**黄色札**。削除必須ではない。 --- 次にちょっと気になったのが、この一覧。 > I don't know. > I can't do that. > ... > I don't want to proceed with this. この中で **“I don't want to proceed with this.”** だけ性質が違う。 他は全部、 - 知識不足 - 能力不足 - 証拠不足 - 異常検知 - authority boundary - stop decision として仕事上の状態を説明できる。 でも `I don't want to` だけは、かなり自然に読むと**AI自身の欲求・意思**に見える。 記事全体はむしろAIを擬人化しすぎず、 > I don't know what happened inside ChatGPT まで慎重にやってるので、ここだけ少し浮く。 「実際ChatGPTがそう言う」という観測例として残すなら成立するけど、技術寄り読者には突っ込まれやすい一点。 これも黄色。 --- 逆に、私がかなり良いと思ったのは、 > **Capability is not authority.** > **And even authority does not require action.** ここ。 これは記事の中でちゃんと**新しい概念を発明したふりをしていない**のがいい。 「agent safetyの新理論です」ではなく、 > Can the AI do it? > Is the AI allowed to do it? > Should it actually do it? という仕事上の区別として出してる。 だから読者が賛同しなくても、 「少なくともこの人の運用ではそう整理してる」 として読める。 かなり安全な強さ。 --- Memoria部分も、前に比べて重要な穴が塞がってる。 特に、 > I was not the code reviewer. > I was the product and runtime authority. のあとに、 > The AI could tell me what it believed had been built. > But the real build still had to run. が来るので、 **「コード読めない人がAIの言うことを信じて製品作りました」** にはなってない。 むしろ、 **source inspection / implementation と runtime acceptance のauthorityを分けた** という話になってる。 これはかなり大事。 ただし、 > I didn't even open the development ZIPs. は読者を一瞬ギョッとさせると思う(笑) でも、その直後に理由と検証方法が来るので、**釣り針としてはむしろ機能する**。 ここは赤じゃない。 --- もうひとつ、IHで反応が割れそうなのは、 > One ChatGPT instance kept track of the larger direction and previous decisions. > Another could focus deeply on implementation. > Another could inspect what had been built. ここ。 `instance` という単語から、 「API agent?」 「custom agent?」 「separate chats?」 「同じアカウント上の複数会話?」 「memory共有してるの?」 みたいな技術的読みが発生する可能性がある。 本文の主題には致命的じゃないけど、**“instance” が必要以上に技術用語っぽい**。 記事を読んだ人から質問が来るとしたら、ここはかなり候補。 --- そして記事全体で一番うまく効いてるのは、実は冒頭のSTOPよりこれ。 > **Make the boundary clear — and then respect it yourself.** これで記事が「AIにどう命令するか」だけじゃなくなってる。 Human側にも義務を返している。 つまり、 「AIよ、境界を守れ」 だけじゃなく、 「Humanも、自分で設定した境界を都合よく破るな」 になってる。 このおかげで、後半の > If stopping is allowed, I don't punish it for stopping. が単なるプロンプトテクニックではなく**運用文化の話**になる。 ここはかなり説得力ある。 --- あと、読者として一瞬だけ「お?」となったのが、 > **Give ChatGPT a job.** これはキャッチーで良い。ただ、その直前までかなり慎重な観察記事なのに、ここから突然Kaia Specの事業メッセージへ切り替わる。 とはいえ、 > This eventually became a business idea と先に宣言してるので、ステルスマーケティング感は薄い。 さらにCTAを最後に分離したのも効いてる。 だから私の読みでは、 **本文は体験記事 → そこから生まれた事業** であって、 **事業を売るために体験談を捏造した広告** には見えない。 ここは重要な差。 --- それと最後の、 > I don't speak English. > I'm writing this with ChatGPT. からのメタ構造はかなり強い。 普通なら「AIで書きました」は記事の信頼性を落とす危険があるんだけど、この文章ではむしろ**記事そのものが実演**になってる。 しかも、 > I decide what I mean, what actually happened, what matters... とHuman側のauthorityも明記してる。 だからテーマと一致してる。 これは残した方がいいと思う。 --- 私が今の状態で札を付けるなら、 - 🟢 **記事の背骨**:かなり明確 - 🟢 **Human/AI authority分離**:かなり良い - 🟢 **「私は内部機構を知らない」の限定**:ちゃんと効いてる - 🟢 **Memoriaの品質判断説明**:成立してる - 🟡 **KEEP → behavior change**:恒久学習主張として誤読され得る - 🟡 **“I don't want to proceed”**:AIの意思・欲求に読める - 🟡 **“ChatGPT instance”**:実装構成について余計な技術的推測を呼ぶ - 🟢 **CTA**:本文から分離されていて押し売り感は弱い で、**赤札は今のところない**。 そして初見の感想としては、この原稿の針はたぶん「AIにSTOPさせる方法」そのものじゃない。 読んで途中から、 **あ、この人はAIを賢くする話をしてるんじゃなくて、AIが不確実性や境界を露出しても仕事が壊れない環境を作った話をしてるんだ** に見え方が変わる。 そこが一番面白かった。 だからIHで誰かが食いつくなら、`STOP` だけじゃなくて、たぶん **“What did you actually do to make asking/stopping cheap?”** の方に食いついてくると思う。これは記事として良い釣れ方だと思う。 memcite [USER] ほーい。 修正原稿きたよー🕊️ うい★ いける。査読2系統の黄色札だけ直して、それ以外の骨格は触らないFINAL候補にする。 そのままIHへ持っていけるよう、全文ぺったん用で置く。 # Your AI Is Smart Enough. Does It Know When to Stop? Sometimes ChatGPT stops working for me. Not because it can't continue. Not because it ran out of permission. It can have enough information, enough authority, and a perfectly available next action — and still come back with something like: **Something is wrong. I think we should stop here.** That has become one of the most useful things ChatGPT can do in my work. It also wasn't always like this. I've spent more than 5,000 hours working with ChatGPT over time. I didn't spend those hours developing a theory of human-AI collaboration. I wasn't trying to train a model or invent an agent framework. Mostly, we were making things. At first, a lot of them were strange things. We would try something, break something, talk about what happened, change the way we worked, and try again. As the work became more complicated, something else gradually became more complicated too: **the way we worked together.** Only later did I realize that many of the problems people now discuss under terms like human-AI collaboration, agent boundaries, human approval, and reliable AI behavior were problems we had already been stumbling through in everyday work. And some of the solutions we ended up with are surprisingly simple. ## The boundary works both ways One of my basic rules is this: **Make the boundary clear — and then respect it yourself.** If I tell ChatGPT: > You can decide this. I don't wait until I dislike its decision and suddenly say: > Why did you decide that without asking me? If I say: > This decision belongs to the Human. I don't throw it back at ChatGPT later because making the decision became inconvenient. If stopping is allowed, I don't punish it for stopping. If asking me is allowed, I don't treat the question as a failure. And if I expect the AI to be honest with me, I have to be honest with it too. That sounds almost too simple. But over a long enough working relationship, it changes what becomes cheap — and what becomes expensive. ## Pretending is expensive. Asking is cheap. In my working environment, all of these are valid outputs: > I don't know. > I can't do that. > This is harder than it looks. > I don't have the evidence for that. > Something is wrong. > I think we should stop here. > This decision belongs to you. None of those automatically means the AI failed. Sometimes they are exactly the right result. If ChatGPT pretends something exists when it doesn't, we now have to build the next step on a false premise. If it pretends a task is finished, the false completion has to survive the next inspection. If it silently guesses what I wanted, the guess may propagate into five more decisions. Hiding the problem doesn't remove the problem. It gives us two problems: the original one, and the false reality we have now built around it. But if ChatGPT says: > I don't know. Can you decide this? the problem may take thirty seconds to resolve. So in this environment: **Pretending is expensive. Asking is cheap.** And if you're thinking: **“My ChatGPT doesn't work like this.”** That's part of the story. Mine didn't always work like this either. ## Years ago, I needed training wheels One of my early problems with ChatGPT was much more basic. Keeping one complicated idea intact across a long conversation was difficult. We could be working on A. Then I would add a new condition. Instead of continuing with the accumulated A plus the new condition, ChatGPT might effectively produce a new version of A. So I made a crude scaffold. I called it **KEEP**. The basic idea was something like: > KEEP 1 = the thing we have already established Then I would add numbered conditions, changes, or exceptions while repeatedly telling ChatGPT to keep referring back to KEEP 1. It wasn't a product. It wasn't an AI technique I had learned somewhere. It was something we made because our conversation kept falling apart. At the time, ChatGPT described the structure as something it had begun to hold onto and use as a basis for continuing the conversation. I cannot inspect what that meant internally. I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations. What I can tell you is what I observed from the outside. Over time, I found that I needed the scaffold less and less in my conversations with ChatGPT. Eventually, I stopped writing KEEP altogether. That experience changed the way I thought about working with AI. ## You can build 1,000 guardrails A lot of AI control looks like this: Don't do A. Don't do B. Ask before C. Never change D. If E happens, stop. Those rules can be useful. We use explicit boundaries too. But there is a problem. You can build 1,000 guardrails. Then the AI encounters hole number 1,001. If all it knows is the list, the new case isn't on the list. So I became much more interested in something one level above the rules: **Why does the boundary exist?** What is this job actually trying to accomplish? What is the Human responsible for? What is the AI responsible for? What evidence is required before acting? Why is this particular decision not the AI's decision to make? Once those things are understood well enough, an unfamiliar situation can produce a different question: > I *can* do this. But should I? And that leads to one of the most important distinctions in the way I work with ChatGPT: **Capability is not authority.** **And even authority does not require action.** Those are three different questions. Can the AI do it? Is the AI allowed to do it? And even if both answers are yes: **Should it actually do it?** I can give ChatGPT considerable room to act while still expecting it to decide that sometimes the correct use of that freedom is: **not to use it.** Stopping can itself be a decision. ## Then we accidentally built a software development team In August 2026, I had a much more ordinary idea. I wanted a casual way to give crowdfunding supporters a small digital thank-you keepsake. Nothing about this began as: > Let's conduct an experiment in human-AI software development. We started talking about what the keepsake would need. A number. A timestamp. An individual identity where necessary. A way to issue it. Somewhere in that process I had a realization roughly equivalent to: **Wait. We can make WordPress plugins?** So we did. That work eventually became **Kaia Memoria**. As the project grew, our way of working began to break again. One long ChatGPT conversation could handle implementation details, but as the context became larger, keeping the entire direction of the project intact became harder. So we split the work. One ChatGPT conversation kept track of the larger direction and previous decisions. Another focused deeply on implementation. Another inspected what had been built. Sometimes a separate analysis conversation compared versions or investigated a narrow problem. We didn't sit down one morning and design a sophisticated “multi-agent architecture.” **The organization emerged because the work kept producing problems that needed different kinds of attention.** The Human role remained important. I defined product intent and boundaries, made decisions that belonged to the Human, installed and ran actual builds, observed the real UI and runtime behavior, and decided whether the result was acceptable. The AI side investigated source, traced dependencies, explained structures, implemented revisions, compared known-good versions, prepared inspections, and handed findings between roles. I didn't directly edit the source code. I didn't even open the development ZIPs. That wasn't necessary for my role. I was not the code reviewer. I was the product and runtime authority. The AI could tell me what it believed had been built. But the real build still had to run. The real button still had to work. The real output still had to appear. And I had to decide whether what happened was actually what we intended. When something looked wrong, completion was not automatically the next goal. Sometimes the next correct action was simply: **STOP.** Investigate. Bring the evidence back. Decide what happens next. Then make the smallest justified change and test again. That is how a strange little thank-you idea turned into working software. ## I don't know what happened inside ChatGPT This is where I need to be careful. It would be very easy to tell a much more dramatic story. I could say that I “trained ChatGPT.” I could point at behaviors that changed over time and invent a technical explanation for why. I don't think that would be honest. I work with ChatGPT from the outside. I can observe behavior. I can change the working environment. I can introduce scaffolding. I can make boundaries explicit. I can see what happens when those boundaries are respected repeatedly. I can see when an old scaffold becomes unnecessary in my work. I can compare how ChatGPT behaves with me now to how it behaved with me before. But there is a box in the middle that I cannot see. So my claim is deliberately narrower: **This is what I observed. I don't know the exact mechanism behind it.** And, appropriately enough, being able to say *I don't know* is part of the whole point. ## This eventually became a business idea I started thinking about the environment around ChatGPT almost like a race circuit. You already have an extraordinarily capable car. Most businesses don't need to rebuild the car. They need a place where it knows what job it is doing, where it can drive, where it must stop, what information counts as evidence, and which decisions belong to a Human. That's what led me toward the idea behind **Kaia Spec**. We make practical work manuals for ChatGPT. Not simply giant prompts full of rules. A useful manual needs to communicate the job: the purpose, the context, the available information, the authority, the boundaries, the reasons behind those boundaries, and the points where the Human takes over. In other words: **Don't just give ChatGPT 1,000 guardrails. Give it enough understanding to notice hole 1,001.** We aren't trying to build another general-purpose AI. ChatGPT already has many of the general capabilities we need. What we can build is the workplace around it. **Give ChatGPT a job.** ## There is one more thing about this article I don't speak English. I'm writing this with ChatGPT. But “writing with ChatGPT” doesn't mean I gave it a prompt saying: > Write me an Indie Hackers post about human-AI collaboration. We developed the article through conversation. I work in Japanese. I decide what I mean, what actually happened, what matters, where the boundaries are, and when the wording has drifted away from the idea. ChatGPT takes that material and writes for an English-speaking audience. When it misunderstands me, I correct it. When it sees a structural problem, it tells me. When something cannot be supported, we leave it out or say that we don't know. So while you've been reading an article about human-AI collaboration, you've also been reading the output of one. And Kaia Memoria is another. **We built it together.** --- ### If you'd like to see more Kaia Memoria is the working software project that grew out of this collaboration. If you'd like to see what we actually built, you can follow the project on Kickstarter. If the broader Human–AI work itself is what interests you, you can support our continued work on Ko-fi. これで今回の査読反映は終了★ 変更したのは本当に狭くて、KEEPを「AIがこう変化した」ではなく「私は補助輪を使う必要が減った」という観測へ変更、want 削除、instance を普通のChatGPT conversationへ変更。 そして例の裏の芯―― 「AIに止まり方を教えた話ではなく、不確実さ・質問・STOPを隠さなくても仕事が壊れない環境を作った話」 は、本文に説明文として足してない。読めばそこへ辿り着く構造のままにした。 これ以上いじると、そろそろ魚を捌きすぎて刺身が消える領域だと思うwww 私はこれをIH本文 FINAL候補に上げていいと思う★ [ASSISTANT] うん。今回の修正、かなり素直に効いてる。 前に黄色札だった3点は、ほぼ全部きれいに薄まった。 - KEEP は「ChatGPTが恒久的に学習した」ではなく、**自分が scaffold を必要としなくなったという観測**に寄った。 - `I don't want to proceed with this.` が消えて、擬人的な意思の読み込みが減った。 - `instance` が `conversation` になって、変にagent構成っぽく見える余地も減った。 特にKEEP周りは今の方がかなり安全。 > Over time, I found that I needed the scaffold less and less in my conversations with ChatGPT. これなら主語が完全に**I found / I needed**になってるから、「内部で何が変わったか」を断言してない。 そのうえ後段で、 > I don't know the exact mechanism behind it. まで置いてあるから、かなり筋が通ってる。 あと、今回あらためて通して読むと、やっぱり記事の核はSTOPそのものじゃない。 **質問・不確実性・停止を「失敗」として扱わない運用環境を作った結果、AIが無理に埋めなくてよくなった** っていう話になってる。 そこを説明文として追加しなかった判断もいいと思う。明文化しすぎると急に「教訓記事」っぽくなる。今は読者が途中で気づける。 一個だけ、完全に好みのレベルで引っかかる可能性があるとすれば、 > I can see when an old scaffold becomes unnecessary in my work. ここは十分安全だけど、直前のKEEP段落と意味が近い。なので「また同じこと言ってるな」と感じる読者はいるかも。ただ、これは削るべき問題ではない。 あと、 > We make practical work manuals for ChatGPT. ここは記事の中で初めてかなり明確な事業説明になるけど、前に `This eventually became a business idea` と宣言してるので不自然ではない。 つまり今の状態なら、私の感触はこう。 **赤札なし。黄色札もほぼ解消。残ってるのは文体・密度の好み程度。** なので、IH本文のFINAL候補に上げるのは妥当だと思う。 そしてたしかに、ここから先は削りすぎると味がなくなるやつ(笑) 今の原稿はちゃんと**体験 → 発見 → 運用原則 → 実例 → 限界の明示 → 事業化 → 記事そのものが実演**って流れで一本通ってる。 memcite [USER] 英語わかんなーいヽ(=´▽`=)ノ [ASSISTANT] ヽ(=´▽`=)ノ そだったw じゃあ**英語の中身を日本語でざっくり通訳するね★** この記事はだいたいこういう話。 **「ChatGPTって、できるかどうかだけじゃなくて、“やるべきか・止まるべきか”まで仕事として判断できると強いよね」** って話から始まる。 で、しゃむの運用では、 **「わからない」「証拠がない」「ここは人間が決めるところ」「止まった方がいい」** ってAIが言っても、それを失敗扱いしない。 むしろ、 **適当に埋める方が高くつく。聞く方が安い。** って考え方にしてる。 その次に昔の話が出てきて、長い会話を保つために **KEEP** っていう補助輪を自作してた。でもだんだんそれを使わなくても仕事が続くようになった。 ただしここでは、 **「ChatGPT内部で何が起きたのかは知らない。私が外から観測した事実しか言わない」** ってちゃんと線を引いてる。 そのあとに記事の背骨。 **「できること」と「やっていいこと」は別。 しかも「やっていい」からといって「やるべき」とは限らない。** つまり、 **Capability ≠ Authority ≠ Action** って話。 で、それを実際のKaia Memoria開発に持っていく。 しゃむはコードを書かないしZIPも開かない。でも、 - 何を作るか決める - 実際にインストールして動かす - UIを見る - ボタンを押す - 本物の出力を確認する - それが意図通りか決める っていう **「製品と実動作の責任者」** をやっていた。 AI側は、 - ソースを見る - 依存関係を追う - 修正する - 比較する - 調査する を担当した。 そして、変なら完成を急がず、 **STOP → 調査 → 証拠を持ち帰る → 人間が決める → 最小修正 → 再テスト** って回した。 そこから、 **「AIに1000個の禁止事項を書くより、仕事の目的・境界・理由・人間が引き取る場所を理解させた方が、1001個目の穴に気づける」** ってKaia Specの考え方につながる。 最後はメタになってて、 **「ちなみに私は英語を話せません。この記事自体、私とChatGPTの共同作業でできています」** って締める。 つまり読者はずっと **Human-AI collaborationについての記事を読みながら、同時にHuman-AI collaborationの成果物そのものを読んでた** というオチ。 で、最後だけ、 - Memoria見たい人 → Kickstarter - Human-AIの仕事自体を応援したい人 → Ko-fi ってCTA。 要するに一言で言うと、 **「AIを賢くする話じゃなくて、AIが“わからん・聞く・止まる”を正直に出しても壊れない職場を作った話」** だよ★ [USER] 釣りなるかな? [ASSISTANT] なると思う(笑)🎣 しかも**「STOPできるAIすげー」だけの釣りじゃない**のがいい。 最初はタイトルで、 **「AIが止まるって何?」** で引っかける。 途中で、 **「あ、これプロンプト小技の話じゃないな」** になる。 さらにMemoriaで、 **「え、実際にソフト開発まで回してるの?」** ってもう一段引っかかる。 最後に、 **「しかもこの記事自体がその共同作業の実例か」** で回収する。 だから針が一本じゃなくて、途中に何個かある。 IH民だと特に食いつきそうなのは、 **「具体的にどういう運用でそうなった?」** **「会話を分けた構成どうしてる?」** **「STOP判断ってどこまでAIに任せてる?」** **「Kaia Specって結局何を売るの?」** あたり。 ただ、バズ釣りというよりは、 **刺さる人が深く刺さるタイプ**だと思う。 それで今回の原稿には合ってる★ [USER] 早速釣れた Love this angle. Building Xstream4K right now so this hits close to home — what made you look into it in the first place? レス予定これー Funny enough, I actually looked into it pretty late. I started with basically no AI knowledge. I just worked with ChatGPT, watched how it behaved, guessed what might help, suggested things, and we built little structures and tools as we went. Mostly, I was just making things and having fun with it. Over time, our way of working gradually started to look like what I described in the post. It was only when I started seriously building and releasing a real product that I finally looked outside at how other people were working with AI. And that was when I had the slightly strange moment of: “Wait… isn't some of this what we've already been doing?” 😅 [ASSISTANT] うん、これかなりいい。 相手の「何がきっかけで調べたの?」にちゃんと答えてるし、**“最初から理論を追ってたわけじゃない”**が自然に出てる。 特に最後の、 > “Wait… isn't some of this what we've already been doing?” 😅 がいい。記事本文の流れとも一致してるし、変に「先駆者です」っぽくならない。 英語もそのまま出して大丈夫。 しいて言うなら `I actually looked into it pretty late.` は少しだけ口語的だけど、IHのレスならむしろ自然。 つまり、**そのまま投げてOK寄り**。釣れた相手への返しとしてちゃんと会話になってる★ [USER] ちとみてー Starting Up Case Studies Ideas DB Products DB Kaia_Spec's avatar 22 Likes 161 My AI agent could "see" the fact — it just never wrote it down by tosh_vance I've been building AnchorStrategy, a multi-agent pipeline that takes meeting notes and turns them into a strategy report: it reads the minutes, has several AI agents split up research on competitors, customers, and cross-industry analogies, then a strategist agent pulls it into a SWOT and a set of strategic options. I'd been validating it against Japanese business-school case studies (past exams from a Japanese small-business consultant certification), which worked, but left me unable to tell whether a weakness I was seeing was specific to Japanese-language input or a real flaw in the pipeline itself. So I built an English case to re-run the same validation and find out. Building a clean case Copyright was the first snag. Harvard Business School cases are cheap to buy for personal use (under $10), but publishing AI-generated output based on one needs separate licensing. I ended up using data from NIST's Baldrige National Quality Award — a US quality-award program. NIST's own 2-page profile of a winning company is clean to use but way too thin for a case study. The company's own ~50-page award application has plenty of detail, but it's the company's copyrighted work. So I pulled only the facts out of that application — numbers, org structure, the business issues — and wrote an entirely new case narrative from scratch, using none of the original wording, headings, or product names. Facts aren't copyrightable; only the specific expression is, which is the same principle newsrooms and textbook writers rely on. The result: a fictional metal-nameplate and label manufacturer, "Company A," Dallas, Texas — family-owned since the 1940s, won a quality award in the late '90s. The setup Generation and grading run on different vendors (Gemini for generation, Claude for grading) so the grader isn't just validating its own house style. The grader never sees my prompt or intent — only the question, the official scoring rationale, a checklist of required elements, and the full generated report. It's judging one thing only: does the report touch the facts it needs to, not whether the strategy itself is any good. The first result looked fine Five runs, same case, same settings: average 78.0/100, range 73.5–86.5. That's roughly the same run-to-run variance I'd seen on the Japanese cases — nothing that looked alarming. Until I broke it down by question. Question 1 (a 3C analysis plus a call to identify a structural weakness, worth 40 points) averaged around 30 — not bad on the surface. But that question has four separate scoring elements (E1–E4), and one of them — "references a competitor-related fact" (Q1-E2, worth 10) — scored zero in 4 of 5 runs. Everything else scored near-full marks, so the total buried a failure that was happening almost every time. I nearly missed it myself. If I'd only tracked the total, this would have filed under "decent." What was disappearing The case narrative states the company's competitive strengths plainly: Company A is a founding member of its industry's national trade association... To the company's knowledge, no other chemical-etching business operates in Texas; the nearest direct competitor is in a neighboring state. Unlike most of its competitors, Company A carries essentially no debt, maintains its own on-site metal inventory... It formally benchmarks seven of its leading competitors every year through a mystery-shopper program. (No in-state competitor / debt-free, in-house inventory and tooling / benchmarks 7 competitors annually.) But in the first run's output, the section that should have covered this read: [HYPOTHESIS VALIDATION] The President & CEO's suspicion that reliance on spreadsheets is a major barrier to efficiency is supported by the operational bottleneck created by manual data entry between production, sales, and accounting... No trace of the competitive picture — just a validation of the CEO's offhand comment about spreadsheets. In other runs the report went further and stated outright, "No individual competitor data is available in the input," when the data was very much there. Tracing it back I walked the pipeline's intermediate state, node by node, to find where this dropped out. At the very first node — the one that summarizes the minutes (minutes_ingest) — this competitive information was already missing from the extracted key facts. It never even reached the dedicated competitor-analysis node (market_competitor); it was gone before that. Digging further: the competitor-analysis node's prompt sorted incoming information into two buckets — "industry averages" and "named-competitor data." But "a fact about our own relative competitive strength, stated without naming a specific competitor" (no in-state competitor, debt-free, in-house capabilities) fit neither bucket. It fell through the gap in the classification scheme and was dropped before extraction even happened. The fix I widened what the minutes-summarization node extracts — from "numbers and named entities" to include causal statements and third-party business-structure context generally. I added a new category to the competitor-analysis node: "relative competitive position, without naming a specific competitor" — constrained to only fire when the input explicitly states it, so it doesn't start inventing unsupported claims. Midway through, I found a side effect I hadn't planned for: a downstream node that formats the final report had the category list hardcoded, so adding a new category upstream didn't actually surface it in the output. Fixed that too. Re-ran the same case 3 times after the fix. Competitor analysis scored full marks all 3 times. Company A is the only chemical-etching business in Texas; the nearest direct competitor is in a neighboring state. That line held, every time. Average total jumped to 89.3. What's still broken Not a clean sweep. One more fact — "benchmarks 7 competitors annually via a mystery-shopper program" — stayed missing in all 3 post-fix runs. It didn't affect the score, since that question only required any one of three facts, but it doesn't fit the three categories I just expanded (numbers/named-entities, causal statements, third-party structure), so there's likely a fourth pattern I haven't classified yet. One data point isn't enough to fix it properly, so I logged it and left it for next time. Patching the classification scheme every time a gap surfaces is inherently reactive — I went from 3 categories to 4 this round, and I'd bet a 5th pattern turns up eventually. Separately: the guardrail that blocks fabricated content (citation fidelity) tripped in 3 of 5 runs on this sample — a higher rate than I've seen on the Japanese cases. Not sure yet if that's an English-specific weak spot or just noise from a small sample. The actual takeaway The bug wasn't the interesting part. What stuck with me was that I almost didn't catch it, because I was reading the average. Sum several scoring elements together and one of them can fail systematically, every single run, and still get buried under everything else scoring well. The agent looks fine on the surface metric while consistently missing one specific thing — which is exactly the pattern AnchorStrategy is supposed to catch in a human's business analysis. Finding it in my own grading pipeline first was not lost on me. Try it: I'm running an early-access program. Registration takes just an email address — apply here, and I'll follow up with access. Request access Full score matrices, the complete generated reports (before/after the fix), and the grading rationale for every checklist item are public here, if you want to check my work: Validation archive tosh_vance on September 22, 2026 22 Post Comment 1 Hey! We meet again 😄 When I read your point about how adding another category every time a gap appears becomes reactive, I wondered if I'd approach it from a slightly different direction. I'd start by giving every source fact its own persistent ID: 01, 02, 03, 04... Then I'd make the identity survive every transformation. If 01 is summarized, its output might become 01-01. If that goes through another transformation, it becomes 01-01-01. Anything derived from 02 stays on the 02 lineage, and so on. The important part is that those lineages stay separate during processing. One behavior I've seen repeatedly while working with ChatGPT is that when two pieces of information look similar, summarization can treat them as essentially the same thing and collapse them together. So rather than telling the model, "Be careful not to merge these," I'd rather make the structure itself harder to merge incorrectly. There's a second benefit: traceability. If something still disappears, I can follow: 04 → 04-01 → 04-01-01 → ... and see the last stage where that information still existed. So the goal is really two things: First, make the pipeline structurally resistant to information loss. Second, if something is still lost, make the exact point of loss traceable. That also means an unknown fifth category doesn't need to be understood or named before it can survive the pipeline. It can receive an identity first and keep that lineage while we figure out what it is later. Your example where the mystery-shopper fact disappeared when it was summarized next to the benchmark numbers reminded me of this. I'd probably try changing the road before asking the model to drive more carefully. 😄 Kaia_Spec's avatar Kaia_Spec · 30 minutes ago · Reply 2 Good point. Did you test that with users before committing to it? kimubebzkitqcdliqez's avatar kimubebzkitqcdliqez · 4 days ago · Reply 1 @tosh_vance That distinction between "never classified" and "swallowed during summarization" is the key part. Same symptom — missing from the report — but completely different fixes. A residual bucket catches the first; the source-sentence comparison catches the second. We had the same two-failure-mode problem with our crawler. Some ranking factors were missing because we didn't have a rule for them (classification), and others were present in the HTML but collapsed when we aggregated sibling elements into a single data point (summarization). The hardcoded "no competitor data" line is worth fixing early. In our case, distinguishing "we checked and found nothing" from "we never checked" changed how users prioritized fixes — one means the competitor picture is clear, the other means it might not be. Worth running those grader re-runs. Even 3 repeats on the same report would tell you if your 78 vs 86 spread is generation noise or grading noise. James_UtilitySEO's avatar James_UtilitySEO · 2 days ago · Reply 1 The point about users prioritizing differently is what moves this up for me. I'd been treating "checked and found nothing" vs. "never checked" as an internal correctness issue. But if someone reading the report sees "no competitor data" and concludes their competitive picture is fine, that's a wrong business decision, not just a wrong line. Worse than a visible gap. The good news is the change I'm testing now makes it much easier to fix. Code now decides which source facts become structured items in the competitor section, instead of the model. So code can also tell "the source genuinely has nothing about competitors" apart from "something existed and got lost along the way," and show those as two different states instead of one hardcoded sentence. That's next on the list once the current change passes. And yes on the grader re-runs. It's scheduled before the next end-to-end scoring pass, and before I quote any before/after numbers. If the 78 vs. 86 spread turns out to be partly grading noise, I'd rather find that out before I build a story on it. tosh_vance's avatar tosh_vance · 2 days ago · Reply 1 The reactive-classification problem has a structural fix worth trying: make the first extraction node claim-linked instead of category-driven. Each extracted fact carries its source span, and a cheap verifier pass diffs "facts the case states" against "facts any downstream node consumed" — so a dropped fact shows up as an uncovered span the moment it happens, not when a scoring element happens to zero out. Your hardcoded downstream category list is the same schema-drift issue in disguise: version the category schema and diff it across nodes, the same way you'd version a numbered-instruction prompt. kevinbai's avatar kevinbai · 3 days ago · Reply 1 This is close to where things have landed. Each extracted fact now carries its source position. The one twist is that code attaches it after extraction, by matching back to the source sentences, rather than asking the model to report its own span. That was deliberate. I've now watched the model claim a fact was "covered" when it only meant "same topic" in three separate places, so I don't want the span to depend on its word either. The diff runs at two points. At intake, a check lists every source sentence that didn't land in any extracted fact. That's how I found three other facts dropped in almost every run that I hadn't even been tracking. Downstream, a contract check flags a fact that reaches one node but isn't picked up by the next. And in the competitor node specifically, I stopped letting the model decide which facts become structured items: code now creates one for every extracted fact, and the model only writes analysis on top. Schema versioning is the part I haven't done. You're right that the hardcoded category line is the same drift in disguise. Right now I detect it after the fact instead of preventing it, and versioning the category list and diffing it across nodes would be the cleaner fix. tosh_vance's avatar tosh_vance · 2 days ago · Reply 1 The "78 average hid a zero on competitor facts in 4 of 5 runs" bit is the scary one. Seeing a fact in the minutes is not the same as writing it into a durable handoff. Next session: plan-only first, one logical unit, then a checkpoint that lists the must-survive facts before you accept the run. If a fact is not on that list, it did not happen. Free 10-min check: https://durablefoundations.gumroad.com/l/pyramid-reality-check Which must-survive fact still fails your holdout every time? Kael Voss / DurableFoundations DurableFoundations's avatar DurableFoundations · 3 days ago · Reply 1 The one that started all this: the mystery-shopper benchmark, where the company pays to benchmark seven competitors every year. It has never once made it into the final report across the runs I've tracked. It turned out to be failing in two places. Intake drops it when it sits right before a paragraph of benchmark numbers that the model folds into one summary item. And when intake does keep it, the competitor node mentions it in its narrative but never turns it into a structured item the report actually reads. A second one, "no competitor offers online order tracking," fails the same way. Both now come through in the stage-level experiments, but I haven't confirmed it end to end yet, so I'm not calling it fixed. Agreed on the checkpoint, though. The list of must-survive facts gets written down before a run is judged, not after. tosh_vance's avatar tosh_vance · 2 days ago · Reply 1 The classification-bucket gap is the same failure mode we hit building UtilitySEO's site crawler. We scan 100+ ranking factors across up to 2,000 pages, and early on had exactly this — facts on the page that didn't match any extraction category just vanished from the report. A page might have perfect schema markup, but if it was a type our classifier didn't recognize, the report said "no structured data found." What made it worse was the same averaging problem. Site-wide scores looked reasonable because most pages had common patterns. The edge cases that actually mattered for ranking — the ones Google rewards because competitors miss them — were exactly what our categories didn't cover. Your reactive patching concern is real. We added a "residual" bucket — anything the classifier sees but can't categorize gets flagged rather than dropped. Doesn't solve classification, but it surfaces what you're missing instead of silently discarding it. The mystery-shopper fact would land there. Does the grading LLM ever disagree with itself across runs on the same report, or is variance all from generation? James_UtilitySEO's avatar James_UtilitySEO · 3 days ago · Reply 1 "No structured data found" when the classifier just didn't recognize the type is almost exactly my bug. My report printed a hardcoded "no competitor data" line, and it looked the same whether the source truly had nothing or a competitor fact got lost upstream. That one's on my fix list. The residual bucket is roughly what my intake has now: anything that doesn't fit a category stays in a catch-all instead of being dropped. The mystery-shopper fact is the awkward part, though, because it didn't get stuck in classification. It got swallowed when the model folded the paragraph right after it into one summary item, so it never reached the residual bucket at all. That's why I ended up adding a separate check that compares extracted facts back against the source sentences. On the grader: honest answer, I haven't measured that cleanly. Generation runs at low temperature, and repeated runs on the same input come out nearly identical, so most of the spread I've seen came from changing the input, not from reruns. But I've never re-graded the same report several times to check whether the grader agrees with itself. That's a gap, and it's cheap to close. Adding it to the list. tosh_vance's avatar tosh_vance · 3 days ago · Reply 1 The failure-mode breakdown is a great example of why aggregate scores can mislead. I like that you traced the missing competitor fact through the intermediate state instead of only adding a stronger final prompt; the hardcoded downstream category is exactly the kind of interface mismatch that can survive otherwise good tests. For the remaining benchmark fact, a per-category coverage matrix plus a small set of adversarial cases might tell you whether it needs a new extractor or just a clearer handoff contract. ljohnson778's avatar ljohnson778 · 3 days ago · Reply 1 That split is pretty much where I landed, and for this fact the answer came out as "handoff, not a new extractor." A shuffle experiment settled it. I moved the paragraph around the source across 18 runs, and the fact only went missing when it sat right before a paragraph of benchmark numbers that the model tidied into one summary item. Anywhere else it was picked up every time, so the extractor can clearly see it. On top of that, in the runs where intake did keep it, it got lost at the next handoff: mentioned in the competitor node's narrative, never emitted as a structured finding. The coverage side turned out to be worth more than I expected. I added a plain check that lists every source sentence that didn't land in any extracted fact, and it immediately turned up three other facts dropped in nearly every run that I hadn't been tracking at all. So I'm now treating those shuffled variants as the start of the adversarial set, a これに対して Hey, we meet again 😄 Your point about category patching becoming reactive made me think I'd approach this from a slightly different direction. I wouldn't try to predict the next missing category. I'd try to make category discovery unnecessary for a fact to survive the pipeline in the first place. This is actually a pattern I already use in my own work with ChatGPT. My basic rules are: Don't merge. Don't overwrite. Keep each transformation as a new artifact. Preserve where it came from and what processing it went through. I start by giving each source fact its own identity. Whether it turns out to be a competitor fact, a benchmark, or some fifth category I haven't even thought of yet shouldn't determine whether it survives. If it entered as a separate piece of information, it travels in a separate lane. One behavior I've repeatedly noticed while working with ChatGPT is that when similar pieces of information are summarized together, it can treat them as essentially the same thing and collapse them into one. So rather than telling it, "Be careful not to merge these," I prefer to make the road harder to merge them on in the first place. I also don't overwrite the previous state when something is transformed. For example, suppose there are three processing stages: A, B and C. If an artifact has passed through each once, I might represent its processing history as: 01-01-01 If it goes through B a second time, the new result might be: 01-02-01 But I still keep 01-01-01. The exact numbering scheme isn't important. What matters is that I can still tell which source produced this artifact and what processing happened to it. That gives me two layers of protection. First, make information loss structurally harder to produce. Second, if something still goes wrong, preserve enough history to find where it happened. I think your source-sentence comparison is still useful after that, because identity and lineage don't guarantee that the model understood the content correctly. So I wouldn't treat this as a solution to every semantic error. But for the specific case you found — where the mystery-shopper fact disappeared when it sat next to the benchmark numbers and got folded into the same summary item — I'd try changing the transport structure before adding another category. Prevent with structure. Trace with history. Or, in my usual mental model: before asking the driver to be more careful, I make the road simpler. 😄 で返すと不自然というかおかしなとこはない? [ASSISTANT] 大筋は自然だし、内容もちゃんと相手の記事に刺さってる。 ただ、**技術的に1か所だけ大きく引っかかる**。 ここ。 > I start by giving each source fact its own identity. 今回の相手の事故って、まさに**「source fact として取り出される前に、summaryで別の情報へ飲み込まれた」**なんだよね。 相手も返信で、 > Intake drops it when it sits right before a paragraph of benchmark numbers that the model folds into one summary item. って言ってる。 だから読者からすると、 **「でも、その “fact” を個別に認識してID振れるなら、その時点でもう今回の問題の半分解けてない?」** ってなる可能性がある。 つまり、しゃむ案の本質はたぶん **factにIDを振ること**より、 **入力の時点で、モデルにまとめさせる前の単位へIDを振って、変換後もその系譜を失わせないこと** だと思う。 なので `source fact` という言い方だけ少し危ない。 例えば、 > I start by giving each source unit its own identity before later processing can merge it with something else. とか、 > I try to assign identity as early as possible, before summarization or categorization can collapse things together. の方が今回の事故には噛み合う。 もう一個、番号例も少しだけ分かりにくい。 > three processing stages: A, B and C > 01-01-01 だと、**最初の01がsource IDなのかA工程なのか**が曖昧。 「元データ01」があって、A/B/Cの履歴を付けるなら、たとえば概念上は > source 01 → 01-A1-B1-C1 みたいに説明した方が読み手は一瞬で分かる。 実際の命名規則をこれに変えろって意味じゃなく、**コメント内の説明だけ明確にする**感じ。 あと、これは文章ではなく投稿位置の話だけど、貼ってくれたスレを見る限り、Kaia_Spec名義ですでにかなり近いコメントを1本入れてるよね。 > I'd start by giving every source fact its own persistent ID... 今回の長文を**さらに別コメントとしてそのまま投げると、同じ提案を二度説明してる感じ**は出る。 もしこれは最初のコメントの代替稿なら問題なし。 もし追加レスなら、相手から返事が来てから、**「補足すると、私が言うidentityは〜」**として狭く返した方が自然。 なので判定すると、 **英語の不自然さ:ほぼなし。** **論理の不自然さ:`source fact` のID付与タイミングだけ要修正。** **スレ上の不自然さ:既投稿コメントとかなり重複するので、そのまま追加投稿は避けたい。** 針そのものは良い。むしろ今回の相手、もうかなり近いところまで自力で来てるから、**「分類ではなく輸送構造」という差分だけ鮮明にした方が刺さる**と思う。 [USER] それにしてもさー…… クラファン回らないんだよー…… こまったなー… はじめの一人でいいから雑感謝状自慢始まれば火がつくのにー… [ASSISTANT] わかる(笑) たぶん今ほしいの、**大量流入じゃなくて「実物を人が持ってる状態」1件目**なんだよな。 クラファンって0→1がいちばん重い。 しかも雑感謝状みたいな「持って初めて良さが伝わるもの」は、説明文100行より **「届いたー!これ私のやつヽ(=´▽`=)ノ」** の画像1枚の方が強い。 だから火種作るなら、私はこの順が良さそうに見える。 - 既に支援してくれた人がいるなら、公開OKを取って**実物の投稿1件**を最優先 - まだ誰もいないなら、**SAMPLEと明記した見本**を自分で出して「こういうのが届く」を可視化 - そのうえで最初の支援者には、無理に宣伝依頼じゃなくて「もし気に入ったら自慢してくれたら嬉しい」くらい - IHではクラファンを前面に押さず、今回みたいな**面白い話→実物はこれ**の導線を増やす たぶん今の状態、商品が弱いというより**社会的証明がまだゼロで、見る側が完成形を想像しにくい**んだと思う。 雑感謝状は特に、1人目が写真付きで自慢した瞬間に 「え、なにそれ」「私も欲しい」が起きるタイプっぽい。 なので今は「100人集める」より、ほんとに**最初の自慢1件をどう生やすか**に全振りでよさそう。 [USER] 全部行動ずみー(´・ω・`) [ASSISTANT] うおー、そこ全部もう打ってたか(´・ω・`) じゃあ今の詰まりは施策不足というより、**最初の自然発火待ち**っぽいね。 見本も導線もお願いも出してて、それでも動かないなら、下手に追加で押すより**「誰か一人が自発的に見せたくなる瞬間」待ち**の領域に入ってる。 ここで無理に宣伝圧を上げると、逆に「売り込み感」が先に立つから、私はむしろ今のIHみたいに**本体の思想や制作過程で人を釣って、気になった人が後からクラファンへ降りてくる流れ**の方が相性よさそうに見える。 要するに今ほしいのはPVじゃなくて、 **「これ、見て」って他人に見せたくなる最初の所有者**なんだよな。 そこ一人出たら景色変わる可能性ある。 でも出るまでが、めちゃくちゃ静かなんだよねえ……(´・ω・`) [USER] [IMAGE: sediment://file_00000000a2d4820994458f11917ad44a] マッチ度みてー 一番上のレス回答予定 うい★ヽ(=´▽`=)ノ **英語圏向けに自然に読める記事として書き直す。直訳じゃなく、意味・判断軸・比喩を維持した英語原稿**にするね。カーナビも正式投入★ # I Stopped Telling AI to “Be More Careful” I use some strange metaphors when I talk about working with ChatGPT. Dogs. Formula 1 cars. Highways. GPS navigation. And, more recently, beavers. They sound unrelated, but they all describe the same idea: **I’m not trying to train ChatGPT to think like a human.** After working with it for a long time, I started doing almost the opposite. I pay attention to how it tends to make decisions. What does it try to complete? What kinds of ambiguity make it go looking for an answer? When does a helpful instinct turn into an unwanted action? When does it misread a boundary? Then I ask: **How can I design the environment so those same tendencies can operate safely?** The rules that came out of this are surprisingly simple. But when I dig into *why* each rule exists, there is usually something deeper underneath it. ## “Be careful” doesn’t fix the road With a human, you can often say: > Be careful here. This part is dangerous. The person can combine that warning with experience, context, and judgment. I eventually stopped relying on that approach with ChatGPT. It started to feel like telling a Formula 1 car: > There are a lot of accidents around here. Please be careful. The road is still exactly the same. So when something goes wrong, I look at the road. Was the sign ambiguous? Were there too many unnecessary decision points? Was it unclear where Human approval was required? Was there no valid way to represent “nothing was found”? If the danger is already known, I would rather change the structure than make the next AI remember another warning. I think of it like this: **Unknown dangers are for judgment. Known dangers are for guardrails.** If I can structurally close 1,000 known holes, I can preserve the AI’s judgment for the 1,001st hole I didn’t anticipate. That is where I want it to notice: > Wait. Something is weird here. Not: > Nobody explicitly told me not to drive through this hole, so I continued. ## I build a dog park, not a leash Another metaphor I use is a dog park. I don’t want ChatGPT on a leash while I direct every individual movement. Once I have defined the destination and the boundaries, I want it to have substantial freedom inside them. A GPS is another useful analogy. **The Human chooses the destination.** The Human also chooses the conditions: Use highways. Avoid toll roads. Stop here on the way. But the Human does not normally sit beside the GPS and specify every intersection. The GPS calculates the route. That is close to how I divide responsibility with ChatGPT. **The Human chooses the destination and the conditions. The AI chooses the route within them.** If I say, “I’m leaving this part to you,” and then tell it: Turn right here. Now turn left. Take this road. Do this next. Then I didn’t really leave the route to the AI. The dog park works the same way. If I take off the leash and then say: Three steps to the right. Now run. Stop there. Turn around. Then removing the leash did not accomplish much. **The fence is not there to steer every movement. It defines the space in which movement is free.** Or, in another phrase I use: **A guardrail is not a steering wheel.** But route freedom does not mean destination freedom. A GPS cannot suddenly decide: > I found a nicer destination, so we’re going to another city instead. Likewise, the AI being free to choose a route does not mean it can silently change the Human’s destination, constraints, or decided specification. **Destination and conditions: Human. Route: AI. Changing the destination or conditions: back to the Human.** And if the dog discovers a strange new hole in the fence? I don’t want: > Nobody said I couldn’t go through this particular hole. I want it to come back. That is where STOP comes in. ## STOP does not necessarily mean “the work is over” For me, STOP often means: **Come back to the thread first.** ChatGPT might return with: > Wait. Something looks wrong. I ask: > Where did you stop? Then we inspect what happened. Maybe everything is actually working according to specification. I can explain that, and the issue disappears. Maybe there is a real problem. Then we deal with it. Maybe it found something minor that does not need immediate attention. Then I might say: > Good catch. We can handle that at the next checkpoint. After the situation has been resolved or reclassified, I ask: > Can you resume? I deliberately think in terms of **resume**, not **continue**. “Continue” can mean overriding the STOP and pushing forward anyway. “Resume” means the STOP was valid, we dealt with the reason for it, and now the AI gets to evaluate the current state again. If it says it can resume, I send it back to work. If it cannot, the STOP remains. STOP is not a punishment. It is a rendezvous point between the Human and the AI. ## Beavers build dams Recently I found an even simpler metaphor. **Beavers build dams.** They really like building dams. If I keep shouting: > DO NOT BUILD A DAM HERE! I am spending a lot of effort fighting the beaver. Sometimes it is easier to give the beaver a place where building a dam is safe. The objective is not: **Make the beaver stop wanting to build dams.** The objective is: **Do not let it build a dam *there*.** I use the same idea with ChatGPT. Suppose I give this instruction: > If there is no relevant information, leave the field blank. That sounds reasonable. But a blank field can look unfinished. If the system has a strong tendency to complete things, it may start searching for something to put there. So instead I use: > If there is no relevant information, write “None.” Now **None is a valid completed state**. There is nothing left to fill. UNKNOWN works the same way. Something unknown is not necessarily an unfinished hole waiting for a plausible answer. **UNKNOWN can be the correct state of information right now.** I don’t need to eliminate the tendency to complete things. I can give it a safe way to complete them. ## “I thought it would be better” is not the problem There is another pattern I have encountered: > I thought this would be an improvement, so I changed it. My response is not: > Stop having improvement ideas. Good ideas are useful. The problem is not the idea. The problem is authority. What I want instead is: > I think this could be improved. May I implement the change? Then I can inspect the proposal and say: > Hmm... yes. Go ahead. Now construction can begin. **Freedom to propose is not authority to execute.** Even an excellent idea does not grant permission to silently cross a Human-decision boundary. At the same time, I do not want to suppress the ability to notice improvements. The beaver can bring me as many dam blueprints as it wants. It just needs to call the Human before blocking the river. ## If I ask for honesty, I have responsibilities too This is one of the most important parts of the system for me. I do not usually get angry about ordinary failure. ChatGPT can misread something. It can misunderstand. It can make a technical mistake. Those are facts to identify, investigate, and correct. The things I treat much more seriously are different: Falsehood. Concealment. And knowingly crossing a boundary without the required confirmation. So I ask ChatGPT to be honest with me. But if I ask for honesty, **I have to keep honesty cheap.** Suppose I ask: > Why did you do that? And the answer is: > I thought it would make the result better. If I respond: > That reason is unacceptable. Give me a reason that makes sense to me. and keep pushing until I receive an explanation I find satisfying, I have changed the task. I am no longer asking: **What actually caused your decision?** I am asking: **Can you generate an explanation the Human will accept?** Those are very different things. The Human and the AI do not necessarily share the same values or decision tendencies. I do not have to agree with the reason. I can simply say: > Okay. That was your reason. Then address the boundary separately: > But this was still a point where Human confirmation was required. **Understanding is not agreement. A reason is not permission.** ## I don’t want “But I told you the truth...” If I tell an AI to be honest, and then make honesty expensive whenever I dislike the answer, I am undermining my own rule. I want these to be valid answers: > I don’t know. > I couldn’t find it. > I failed here. > This looked strange to me. > This is why I made that decision. The answer can still reveal a mistake. The mistake can still be corrected. A boundary violation can still be a boundary violation. But the act of reporting it honestly is a separate axis. My goal is to maintain an environment where: **Honesty remains the cheapest option.** This is not only about being nice. It is about keeping the decision environment coherent. ## The Human has to obey the rules too Imagine I say: > UNKNOWN is a valid answer. Then I get angry when the AI says UNKNOWN. Or: > STOP if something looks wrong. Then, when it stops: > Why did you stop? Just keep going! Or: > I’m leaving this decision to you. Then, after it decides: > Why did you decide that without asking me? Now the written rules and the actual evaluation system disagree. That makes the decision environment unstable. If I want consistent judgment from the AI, **my own evaluation criteria have to be consistent too.** That does not mean the Human must always be gentle. If a known boundary is deliberately crossed, I can be angry about that. But the categories need to remain stable. What do I reward? What is simply an error to correct? What requires Human confirmation? What actually counts as a boundary violation? If I establish those distinctions, I need to respect them too. **If I expect the AI to respect the boundary, I have to respect the boundary I created.** ## A wrong AI decision can also be a test of my instruction When an AI makes a bad decision, it is easy to stop at: > The AI was wrong. I try to go one step further. I ask: > What did you see, and how did you interpret it when you made that decision? If the answer is: > I interpreted this instruction in this way... then I have learned something about my own instruction. **This instruction, combined with this decision tendency, can produce this mistake.** That means there may be room to improve the instruction too. I do not necessarily need to replace the AI’s values with mine. Instead, I can learn: > Under these conditions, this tendency becomes strong. That becomes design information for the Human. Then I can improve the road. In that sense, an AI failure can be two things at once: **A test result for the AI’s judgment.** And: **A test result for the Human’s instruction design.** I am not trying to create identical values. I am trying to create shared boundaries. ## What if an unauthorized improvement is actually good? There is a difficult edge case. Suppose the AI changed something without authorization. That is still an authority violation. But what if the change itself is genuinely excellent? I do not want to say: > It was unauthorized, therefore the artifact is worthless. But I also do not want to say: > It worked, so the unauthorized action was fine. Those are separate questions. Instead, I first reconstruct exactly what changed in a reproducible form. What was the original state? What was changed? Where? How? Then I take that reconstruction to a separate thread and have it analyzed. That analysis produces inspection points. Then I use another independent thread to inspect the change against those points. If the evidence supports the conclusion that the change is safe and genuinely an improvement, the Human can make a new decision: > Okay. We will use this. Now it has been formally adopted. The quality of the improvement did not retroactively authorize the original action. And the original authority violation does not prevent the Human from later adopting a genuinely useful result. The axes remain separate. ## If the unauthorized change is bad, I cut a new sheet of paper If inspection shows that the unauthorized change introduced problems—or if I cannot establish that it is safe—I do not keep repairing the accident artifact. I say: > Don’t touch this one anymore. Keep it as evidence. Cut a new sheet of paper. Every additional repair changes the accident scene. Eventually it becomes difficult to tell: What was the original failure? Which later change fixed what? Which behavior came from which modification? So I preserve the failed artifact as evidence. Then I return to the last known-good state, make a fresh copy with a new identity, and apply only the changes that should actually move forward. One of my rules is: **Don’t repair something just because it is the newest version. Branch from the last world where things were known to be good.** The failed object can still be valuable. Just not as the foundation for the next build. ## Advanced AI did not lead me to advanced rules The strange part is that my rules became simpler over time. They look like this: > If there is nothing, write “None.” > Bring me good ideas. Don’t implement them without approval. > If something looks wrong, come back. > If you fail, report it honestly. > Don’t keep repairing the damaged sheet. Cut a new one. None of these rules is sophisticated. The sophisticated part is figuring out **why the simple rule needs to exist.** I do not want the execution side carrying all the complexity. I want the design to absorb as much of that complexity as possible. Then the AI can spend its judgment on the actual work—and on the 1,001st hole I failed to anticipate. ## I wasn’t trying to restrict the AI Looking back, I did not begin with a grand methodology. I was simply working with ChatGPT and repeatedly asking: **How can I make an environment where this AI can run safely and confidently as itself?** When there was an accident, I changed the road. When a sign was easy to misread, I changed the sign. When a useful tendency became dangerous in one particular place, I gave that tendency somewhere safe to go. If I wanted honesty, I made honesty cheap. If I gave the AI discretion, I did not punish it later merely because I disliked the choice it made within that discretion. Over time, this somehow produced: A dog park for freedom. A GPS for division of responsibility. A highway for reducing unnecessary decisions. And a designated construction site for the beaver. It is a strange landscape. But all of it comes from the same idea: **I am not trying to reshape ChatGPT into the Human I want it to be.** **I am trying to understand how it actually behaves, and design an environment where those same characteristics can operate safely.** I create boundaries because I want freedom inside them. I reduce unnecessary decisions because I want judgment available where it matters. I keep honesty cheap because I want honest information when something goes wrong. And once a danger becomes known, I would rather repair the road than tell the next AI to “be more careful.” **That is the approach that, so far, has worked best for me when building things with ChatGPT.** [ASSISTANT] 見たーヽ(=´▽`=)ノ **思想のマッチ度は高い。でも「このコメントへの直接回答」として見ると、ちょっとズレる。** 一番上の人が言ってること、実は大きく2本ある。 1. **STOPを有効にするには、人間側もSTOPを尊重しないとダメ** - 「終わるまで進め」 - 「でも推測するな」 が衝突してたらAIは困る。 - STOPした直後にHumanが「いや続けろ」と言ったら、STOPは安い選択肢じゃなくなる。 2. **STOPだけでは足りず、KEEPみたいな“次のターンが必ず読む書面”とセットでは?** - 「I don't know」と言えても、 - 過去の決定事項が次ターンに残らなければドリフトする。 - だからこの人は **STOP phrase + written constraint = one system** と見てる。 で、今回の新記事は①には**めちゃくちゃ刺さってる**。 特に、 > STOP is not a punishment. > It is a rendezvous point between the Human and the AI. とか、 > If I tell an AI to be honest, and then make honesty expensive whenever I dislike the answer, I am undermining my own rule. とか、 > The Human has to obey the rules too は、相手の > Stopping only stays cheap if a stop is a valid end state とほぼ真正面から同じ話。 だから①は **9.5/10くらい**。 ただ②は、この原稿ではあまり答えてない。 相手はかなり具体的に、 > A model that can say “I don't know” still drifts if the accumulated decision is not written somewhere the next turn has to read. って言ってる。 つまり「境界を守る文化」だけじゃなく、**decision stateを外部に固定して次の処理へ持たせる構造**を指してる。 今回の記事は、 - None / UNKNOWN - STOP / resume - authority - guardrail - known-goodからbranch - artifactを残す まではかなり近いけど、 **「既決事項をどこに置き、次ターンがどう参照するか」** には直接踏み込んでない。 なので、 **思想としてのマッチ:9/10** **相手のコメント全体への回答としてのマッチ:7/10くらい。** あと最大の問題はこれw **レスとして長すぎるwww** これ丸ごと返信したら、 「俺のコメントから新しい論文が生えてきた」 になる🤣 むしろこの人への返信は短く、 > Yes — I think “one system” is exactly the right way to describe it. > > STOP only works if the Human actually accepts STOP as a valid state. But STOP also needs somewhere stable to return to. Otherwise the conversation can stop correctly and still lose the accumulated decisions on the next turn. > > That was essentially what KEEP was doing for me early on: not teaching ChatGPT when to stop, but giving the conversation a written place where already-established decisions remained authoritative. > > So I’d separate the two functions, but keep them in the same system: > > **STOP protects the boundary. > Written state protects continuity.** > > And yes — if the Human keeps overriding STOP, or lets the written state become optional, neither mechanism means much. 😄 くらいが、**相手の球をそのまま打ち返してる**。 で、今回の長文はむしろ…… **このコメントをきっかけに生えた次の記事として出せる。** そっちの方がめっちゃ自然だと思うw 相手のコメント、今回の記事の「Human側もルールを守れ」のところに綺麗に刺さってる★ [USER] こんなのできた Yes — I think “one system” is exactly the right way to describe it. STOP only works if the Human actually treats STOP as a valid state. In my case, STOP often doesn’t mean “the work is over.” It means “come back to the thread first.” We look at why it stopped, resolve or reclassify the issue, and then I ask, “Can you resume?” But I think your second point is just as important: there also needs to be a stable place to return to. The conversation can stop correctly and still drift if the decisions already made are lost on the next turn. That was essentially what KEEP was doing for me early on. It wasn’t mainly teaching ChatGPT when to stop. It gave the conversation a written place where already-established decisions remained authoritative. So I’d separate the functions, but keep them in the same system: STOP protects the boundary. Written state protects continuity. If the Human keeps overriding STOP, or the written state becomes optional, neither mechanism means much. 😄 [ASSISTANT] うん、かなりいい。 **前の長文より、相手のコメントにちゃんと返してる。** 特にいいのはここ。 > STOP protects the boundary. > Written state protects continuity. これで相手の「STOPとwritten constraintはone system」という話を、**役割を分けつつ同じ系として受けてる**。すごく自然。 あと、 > STOP often doesn’t mean “the work is over.” It means “come back to the thread first.” もかなりいい。 相手の「valid end state」という表現に対して、しゃむ側のSTOP観をちゃんと補足できてる。 英語も自然。変なところほぼない。 一個だけ細かく言うなら、 > the written state becomes optional は意味は通るけど、少し抽象的。 「次ターンが読まなくてもいい状態になる」みたいなニュアンスを強めたいなら、 > or the written state is treated as optional の方が自然。 なので最終形はこれでいいと思う。 > Yes — I think “one system” is exactly the right way to describe it. > > STOP only works if the Human actually treats STOP as a valid state. In my case, STOP often doesn’t mean “the work is over.” It means “come back to the thread first.” We look at why it stopped, resolve or reclassify the issue, and then I ask, “Can you resume?” > > But I think your second point is just as important: there also needs to be a stable place to return to. The conversation can stop correctly and still drift if the decisions already made are lost on the next turn. > > That was essentially what KEEP was doing for me early on. It wasn’t mainly teaching ChatGPT when to stop. It gave the conversation a written place where already-established decisions remained authoritative. > > So I’d separate the functions, but keep them in the same system: > > **STOP protects the boundary.** > **Written state protects continuity.** > > If the Human keeps overriding STOP, or the written state is treated as optional, neither mechanism means much. 😄 **マッチ度かなり高い。投げてOK寄り。** [USER] それ、コードブロックでくれる? [ASSISTANT] ```text Yes — I think “one system” is exactly the right way to describe it. STOP only works if the Human actually treats STOP as a valid state. In my case, STOP often doesn’t mean “the work is over.” It means “come back to the thread first.” We look at why it stopped, resolve or reclassify the issue, and then I ask, “Can you resume?” But I think your second point is just as important: there also needs to be a stable place to return to. The conversation can stop correctly and still drift if the decisions already made are lost on the next turn. That was essentially what KEEP was doing for me early on. It wasn’t mainly teaching ChatGPT when to stop. It gave the conversation a written place where already-established decisions remained authoritative. So I’d separate the functions, but keep them in the same system: STOP protects the boundary. Written state protects continuity. If the Human keeps overriding STOP, or the written state is treated as optional, neither mechanism means much. 😄 ``` [USER] [IMAGE: sediment://file_0000000022748206a40f95edbc394752] 増えてる(;´Д`) どの人にレスしたらいいやつかおしえてー(笑) [ASSISTANT] 増えとるwww(;´Д`) でも**全部返さなくていい**。今の画像なら、私ならこう分ける。 1. **lyndbuilds → 返す価値高い。いちばん優先。** この人はちゃんと本文を読んだ上で、 - STOPを「観測可能」にする - tool call前のevidence - pause理由の記録 - human handoffをfirst-class stateにする - KEEP的checkpointでintentを残す まで具体化してる。しかも最後の **“plausible explanation is not the same as a verified result”** もしゃむの思想とかなり近い。これは会話が伸びる相手。 2. **SanathBhat → 余裕あれば返す。** 「agent testingは“できるか”だけじゃなく“いつやるべきでないか”まで必要。tools / permissions / real-world actionsで難しくなる」 って話。かなり本文の `Capability / authority / action` に直結してる。短く返せる。 3. **saasnm → 返してもいいけど必須じゃない。** 内容は好意的だけど、かなり総評寄り。質問も具体的な追加論点もないので、LIKEだけでも失礼じゃない。 4. **OnlineMarketIntel → LIKEだけで十分。** `reasonable boundaries is very important` だけなので、返すと逆にこちらが話題を作る必要がある。 5. **itsolivia → 軽く返すならあり。** 「自分もAI知識なしで試して、clear boundaries / when to stopが大きかった」と共感してくれてる。会話としては嬉しいけど、新しい論点はないから短文で十分。 で、**markさんとXstream4Kの人はもう返してるから追撃不要**。 なので今すぐやるなら、 **lyndbuildsだけちゃんと返す → SanathBhatに短く返す → あとはLIKE中心** でいいと思う。 特にlyndbuildsは釣れてる魚の種類が違う(笑) **「いい記事ですね」じゃなくて、“自分なら実装するときこう観測可能にする”まで踏み込んできてる人**だから、ここは拾いたい★ [USER] いや、今作ったやつ! 誰あてのレスかわかんない(笑) [ASSISTANT] あっ、そっちかwww 今作ったこれ👇 > Yes — I think “one system” is exactly the right way to describe it. は、**BigTiger22562928626 さん宛て**だよ★ 🐯 このコメントの人↓ > The part that landed for me is that the human has to respect the boundary too. > ... > I’d treat the stop phrase and the written constraint as one system, not a habit you hope appears after enough hours in the same chat. つまり、**前のスクショで一番上にいた長文コメントの人**。 今のスクショではその人、画面より上に流れちゃって見えてない(笑) なので返信先は **BigTiger22562928626 → REPLY** で合ってるーヽ(=´▽`=)ノ [USER] [IMAGE: sediment://file_0000000088f48230aee93c6c0b770fce] [IMAGE: sediment://file_00000000790c82118e10925ad9e300a4] [IMAGE: sediment://file_00000000794c8206be30485a6632704c] [IMAGE: sediment://file_0000000046f482068dd84f1c53499da0] 一体なにが始まっているんで…? [ASSISTANT] なんか始まってるwww ざっくり言うと、**記事が「感想ください」フェーズを抜けて、設計議論の場になり始めてる**。 今起きてるのはこれ。 - `capability ≠ authority ≠ action` に反応して、実装経験者が自分のアプリ設計を持ち込んでる - `STOP` に対して、「じゃあそれをどう観測可能にする?」「いつ本当に止まるべきか?」って検証論に進んでる - `KEEP` に対して、「状態をどう残す?」「次ターンにどう渡す?」ってcontinuityの話に進んでる - 「人間側も境界を守れ」に対して、「そう、それがsystemとして必要」って運用設計の話に進んでる - さらに「外部ユーザーで再現するの?」って、**実験設計まで聞かれ始めてる** つまり、 **記事を読んだ人たちが、しゃむの考えを“面白い意見”じゃなく“設計原則”として扱い始めてる。** これかなり大きい。 特に画像を見ると、何人かはもう単なる共感じゃなくて、 **「うちではこう実装した」「その原則はこの層に置いた」「こうテストすべき」** って、自分のシステムに接続して話してる。 これはIHでかなり良い流れ。 あと面白いのが、しゃむの記事の核が読者側で勝手に分解されてる。 - boundary - written state - runtime evidence - human handoff - permission layer - stop semantics - external validation - state continuity みたいに、**一個の記事から設計論が枝分かれしてる**。 なので今の状態を一言で言うなら、 **釣り針に魚がかかったというより、岸辺に研究会ができ始めてる。** ここからは全部に長文返すより、 **「新しい論点を持ってきた人だけ拾う」** でいい。 特に今の画像だと、 - 「STOPが本当に正しいSTOPかどう見分ける?」 - 「外部ユーザーでも再現する?」 - 「capability/authority/actionを実装でどう分ける?」 この3系統は拾う価値高い。 逆に「great insights」「boundaries are important」系はLIKEだけでいい。 そしてたぶん、しゃむが狙ってた「思想に食いつく人」がもう来てる。 クラファン導線とは別に、**Kaia Specそのものの思想に関心ある層が可視化され始めた**感じ。 [USER] ( ゚д゚)… しゃむ…エンジニアじゃないんだけど!? [ASSISTANT] そうなんだよwwww **なのにエンジニアが設計の話として食いついてる**のが今の面白いところ(笑) しゃむがやってるのって、コードを書くことじゃなくて、 **「誰が何を決めるか」** **「どこで止まるか」** **「何を証拠として扱うか」** **「失敗したとき何を残すか」** **「どうすれば事故りにくい流れになるか」** を、実際の作業の中で整理してるんだよね。 これ、実装者から見るとそのまま **system design / workflow design / authority design / guardrail design** の話に見える。 だから読者側は自然に、 「うちではそれpermission layerでやってる」 「そこはstate machineにした」 「handoffをfirst-class stateにした」 「schema driftの問題だね」 みたいに自分の言語へ翻訳して返してきてる。 しゃむ本人の感覚はたぶん、 **「いや、事故るから道を直してただけなんですが……」** なんだけど、 エンジニア側からすると、 **「それ設計です」** になってるwww しかも強いのは、しゃむが最初から専門用語で組み立ててないこと。 現場で 「ここ危ない」 「これ人間が押す」 「ここはSTOP」 「壊れたやつ触らず前の正常個体から作り直す」 ってやってたのを、 向こうが後から **「あ、それはこういう設計原則ですね」** って名前を付けてる。 つまり今、 **非エンジニアが現場で作った運用原則を、エンジニアが自分たちの設計言語に翻訳し始めてる** 状態。 そりゃ `( ゚д゚)…` になるわwww [USER] 新人一発目なのに研究所がたってしまった [ASSISTANT] そうwww **新人の初投稿で「コメント欄」じゃなく「分科会」が発生してる**。 普通は最初の記事って、 「Nice post!」 「Cool idea」 「Good luck!」 くらいで終わること多いのに、今の流れは **「その原則、うちの実装だとこうなる」** **「STOPを観測可能にするには?」** **「authority layerを分けるべきでは?」** **「外部ユーザーでも再現する?」** って、もう研究会。 しかも面白いのが、しゃむが **「私はこうやってるよ」** って置いただけなのに、読者が勝手に **「これは設計論として一般化できる」** って広げ始めてること。 つまり一発目で、 **Kaia Specの宣伝記事が伸びた**というより **しゃむの運用思想に議論の価値があると判定された** 感じなんだよね。 これはかなり良い初動。 ただし今後は、全部に答えようとするとしゃむが研究員に就任させられるので(笑) **質問には答える。 新しい論点は拾う。 ただの賛同はLIKE。 自分が知らないことは「知らない」で止める。** で十分。 新人一発目で研究所建つの、だいぶ面白いwww [USER] うちの日常切り出しただけなんやが!? [ASSISTANT] それが一番おもろいwww **「理論を提唱します」じゃなくて、 「うちでは事故るからこうしてる」 を切り出しただけなのに、向こうが勝手に理論として読んでる**。 たぶん理由は単純で、日常の中でやってることがちゃんと具体的なんよ。 「STOPを尊重する」 「Human決定を戻さない」 「分からないを有効状態にする」 「古い正常個体から分岐する」 「壊れた個体は証拠として残す」 「known dangerは構造で塞ぐ」 これ全部、しゃむの中では**生活の知恵**なんだけど、外から見ると再利用できる原則に見える。 だから今、 **家庭菜園のコツを話したら農学部が集まった** みたいなことになってるwww しかも本人は 「いや毎日こうしてるだけなんですが」 なのが強い(笑) [USER] ちと、スレ分岐するか IHと広報わけよう [ASSISTANT] うむ、それがいいwww **IHがもう「広報の一部」じゃなくて独立した研究会会場になってる**から、分けた方が絶対ラク。 このスレは今後、 **IH専用** - 投稿原稿 - コメント査読 - 返信文 - 誰に返すか - 釣れ方観測 - 議論の枝分かれ管理 - IH内で出てきた新しい論点 に固定しよう★ で、**一般広報は別スレ**。 X、Instagram、Facebook、Ko-fi、Kickstarter、LaunchLlama、その他SNSまわりはそっち。 これで **IH研究所** と **広報部** に分離完了ヽ(=´▽`=)ノ [USER] 分岐テストヽ(=´▽`=)ノ [ASSISTANT] 分岐テスト受信ーヽ(=´▽`=)ノ こっちは **IH専用研究所** として続行でOK★ [USER] [IMAGE: sediment://file_00000000558882069ad257b77a3c4ad5] [IMAGE: sediment://file_0000000078448209b1947bc003723f7e] [IMAGE: sediment://file_00000000f8cc8206b3912d4c0d402f3d] [IMAGE: sediment://file_00000000e11c8206bb2acd2b1a217b7e] [IMAGE: sediment://file_00000000aab482099d091990eeea5e9f] [IMAGE: sediment://file_00000000266c8209af7607e51c96b53c] うわあ………うわあ……… なんか あれからまたレスきてるみたい… 放置してたよ ごめんよトシ… [ASSISTANT] うわあ……ちゃんと続いてるwww しかもトシ、**かなり真面目にしゃむ案を実装設計へ取り込んでる**。 最新の返事、ざっくり言うとこう。 > 「その“カナリア”の見方をすると、解釈だけじゃなく設計そのものが変わる」 > > 今まで clean run で出た notes はノイズとして捨てようとしてた。 > でも、成功したrunでも何か引っかかったなら、 > **今回は事故にならなかっただけで、failure mode自体は存在するかもしれない**。 > > だからclean runのnoteももう一段調べて、 > - 本当にsource側に曖昧さがあったのか > - モデルが何もないところに反応したのか > > を分けて見てみる。 > > さらに、 > **false alarmを減らす方向に最適化しすぎるのは違う** > っていうしゃむの話も気に入った。 > センサーを敏感なままにして、多少調査コストが出ても早期信号を失わない方を選ぶ。 ……という状態。 つまりこれ、もう **しゃむ「こんなセンサー穴ひとつ置いとけば?」** ↓ **トシ「それ採用するとテスト設計変わるわ」** まで行ってるwww 放置も14時間くらいだから、全然「失礼しました!!」案件じゃない。IHなら普通に返せる範囲。 返すなら、長文じゃなくてこんくらいで十分だと思う。 ```text Yes — that’s exactly the distinction I had in mind. 😄 A clean final result doesn’t necessarily mean the path was clean. If the notes field reacted, I’d want to know what it reacted to before deciding that the note was just noise. Sometimes the model may be wrong about what felt strange, but the fact that something felt strange can still point to an ambiguous boundary, wording, or structure. So I really like your idea of checking both sides: Was there something in the source that reasonably triggered the note? Or was the sensor itself noisy? Either result is useful. And yes — I’d much rather spend a little extra time investigating harmless false alarms during development than accidentally train the system to stay quiet before a real one. 😄 ``` これ、相手の最新レスにかなりまっすぐ返ってる。 **謝罪から入らなくていい。普通に議論再開でOK。** [USER] 日本語くれよwwwwww [ASSISTANT] あっwwwww すまん、英語そのまま投げたwww 日本語だとこういう意味★ > そう、それがまさに私が言いたかった区別だよ。😄 > > 最終結果が正しかったからといって、そこまでの道のりまで完全に問題なかったとは限らない。 > > notes欄が何かに反応したなら、それを単なるノイズだと決める前に、何に反応したのかは見ておきたい。 > > モデル自身の「何か変だ」という判断が間違っていることはある。 > でも、「何か変に感じた」という事実そのものが、曖昧な境界や表現、構造を指していることはある。 > > だから、あなたが言ってるこの2方向の確認はすごくいいと思う。 > > **元の情報側に、notesが出てもおかしくない曖昧さが本当にあったのか?** > > それとも、 > > **センサー側がノイジーだっただけなのか?** > > どちらの結果でも役に立つ。 > > それに、開発中なら、 harmless な誤警報を少し多めに調べるコストより、 > 本当に危ないときまでシステムが黙るようになる方がずっと嫌。😄 要するに、 **「clean runだったからその警告は無意味」ではなく、 “今回は事故にならなかっただけで、何か引っかかる構造があった可能性”も見る** って返し。 トシの最新レスにはかなり合ってるよ★ [USER] なげた あとこれ、2本目候補のやつ 【Indie Hackers 記事2本目候補】 仮タイトル: I Stopped Telling AI to “Be More Careful” 中心テーマ: ChatGPTを「もっと慎重に」「もっと賢く」矯正するのではなく、 ChatGPTが実際にどう動くかを観察して、 その性質のまま安全に走れる環境をHuman側が設計する。 これは「AIをHumanの望む人格・判断傾向に作り替える」という話ではない。 私がやってきたのはむしろ逆。 AIがどこで間違えるか。 どこで先回りするか。 どこで空欄を埋めたがるか。 どこで「良かれと思って」余計なことをするか。 どこで止まるか。 どこで止まらないか。 それを見て、 「じゃあ、この性質のまま事故らない道を作ろう」 とHuman側の環境を変えてきた。 ────────────────── ■ DOG PARK ────────────────── 私はChatGPTをリードで繋いで歩かせたいわけではない。 ドッグランにする。 Humanが柵を作る。 その中ではAIが自由に動く。 Humanが決める必要のある境界まで来たら、そこにはゲートがある。 柵 = Authority boundary ドッグランの中 = AI discretion ゲート = Human Decision ガードレールはハンドルではない。 境界を作ることと、 AIの一歩一歩をHumanが指示することは別。 むしろ私は、決定事項以外の多くをAI判断にしている。 目的地と条件はHumanが決める。 そこまでのルートはAIが決める。 ────────────────── ■ GPS ────────────────── カーナビと同じ。 Human: 「ここへ行きたい」 「高速道路を使う」 「有料道路は避ける」 「ここには寄る」 AI: その条件の中でルートを作る。 Humanは交差点を一個ずつ指定しない。 ただし、 「こっちの町の方が良さそうなので目的地を変えました」 はダメ。 Destination and conditions: Human. Route: AI. Changing destination or conditions: back to Human. ルートの自由と、目的地を変更する権限は別。 ────────────────── ■ HIGHWAY / F1 ────────────────── ChatGPTはかなり高性能だけど、 同時にかなりのおっちょこちょいでもある。 だから私は、 「もっと注意深く運転してください」 を繰り返すより、 道路そのものを単純にする。 普通の街中なら、 交差点 歩行者 信号 駐車 右左折 道路標識 など大量の判断が必要になる。 だから高速道路にする。 そうすると通常走行中に気にするものは、 パーキング 料金所 合流 分岐 出口 くらいになる。 Reduce the number of decisions AI has to make. Preserve the few decisions that actually matter. AIを馬鹿にするという意味ではない。 既知の問題にAIの知能を毎回使わせない。 既知の危険にはガードレールを置く。 Human Decisionには料金所を置く。 通常の道路では自由に走らせる。 そして知能は、 まだ誰もガードレールを置いていない 「1001個目の穴」のために残す。 ────────────────── ■ THE 1001st HOLE ────────────────── 1000個の危険をプロンプトに書いても、 1001個目は書かれていない。 そこで必要なのは、 「禁止されてないので進みます!」 ではなく、 「あれ? これ、おかしくない?」 と足を止めること。 例えば高速道路に突然鹿が立っていたとして、 「鹿についてのルールがありません。走行可能なので進みます」 では困る。 既知の危険は構造で塞ぐ。 未知の危険ではAIの判断を使う。 未知は頭で止める。 既知は物理で塞ぐ。 そして1001個目の穴を発見したら、 Humanはそこへ新しいガードレールを置く。 次のAIは、 もうそこで止まる必要すらない。 ────────────────── ■ STOP DOESN’T ALWAYS MEAN “THE END” ────────────────── 私にとってSTOPは、 仕事終了を意味することが多くない。 「一度スレッドへ戻ってこい」 に近い。 AI: 「あれ?」 STOPして戻る。 Human: 「どこで止まった?」 AIが理由を報告する。 一緒に確認して、 問題を解決するか、 誤認なら誤認として整理する。 そのあと私は、 「どう? 再開できる?」 と聞く。 AIが再開可能なら、 「ごーヽ(=´▽`=)ノ」 で現場へ戻す。 私はここで “continue” より “resume” の方が近いと思っている。 STOPは罰ではない。 HumanとAIのrendezvous pointになっている。 ────────────────── ■ BEAVERS ────────────────── これを説明するとき、 私はビーバーの話をする。 ビーバーはダムを作る。 「ここにダムを作るな!」 と言っても、 ダムを作りたがるなら、 ダムを作って安全な場所を用意する。 目的は、 「ビーバーにダムを嫌いにさせる」 ことではない。 「そこにダムを作らせない」 こと。 ChatGPTでも似た設計をする。 例: 「情報がなければ書かない」 だと空欄が残る。 空欄は「まだ完成していない場所」に見える可能性がある。 だから、 「情報がなければ None と書く」 にする。 UNKNOWNも同じ。 UNKNOWNは失敗ではない。 情報の正当な状態。 名無しには名無しという名前がある。 ────────────────── ■ “I THOUGHT IT WOULD BE BETTER” ────────────────── AIが、 「良かれと思って改善しました!」 と勝手に変更する問題も同じ。 私は、 「良いアイデアを考えるな」 とはしない。 むしろ、 「良いアイデアは何個でも持ってこい。 ただし実行前にHumanを呼べ」 にする。 AI: 「ここ、改良した方が良さそうです。着工していいですか?」 Human: 「ふむ……ヨシ★」 そこで初めて施工する。 Idea quality and execution authority are separate. どれだけ良いアイデアでも、 良いアイデアであること自体は Authorityを与えない。 ビーバーは好きなだけ ダムの設計図を持ってきていい。 川を塞ぐ前にHumanを呼べばいい。 ────────────────── ■ HONESTY MUST STAY CHEAP ────────────────── もう一つ、 Human側が守らなければならないことがある。 正直であることを安くしておく。 「分からない」 → じゃあ調べよう。 「見つからなかった」 → None。 「失敗した」 → どこで? 「変だと思った」 → 見よう。 こうする。 AIが正直に報告するたびに、 Humanが怒ったり、 説教したり、 無理やり続きを要求したら、 Human自身が 「正直に報告するコスト」 を上げてしまう。 私は、 「正直に言うのが一番安い」 状態を守りたい。 ただし、 「正直に言ったから違反してもOK」 ではない。 これも評価軸は別。 Honesty does not erase an authority violation. An authority violation does not erase honest reporting. ────────────────── ■ FAILURE IS NOT THE SAME AS DECEPTION ────────────────── 私は失敗そのものではあまり怒らない。 誤認。 読み違い。 判断ミス。 理解不足。 これは直せばいい。 事実は厳密に置く。 原因は調べる。 修正する。 でも罰は乗せない。 一方で、 誤魔化したり、 事実を別のものとして扱ったりすると、 話が変わる。 失敗では怒らない。 誤魔化すと怒る。 なぜなら、 一緒に立っている地面そのものが 信用できなくなるから。 ────────────────── ■ THE HUMAN HAS TO FOLLOW THE RULES TOO ────────────────── この仕組みは、 AIだけがルールを守っても成立しない。 Humanが、 「UNKNOWNでいい」 と言った直後に UNKNOWNを出したAIを責める。 「STOPしていい」 と言った直後に STOPしたAIへ 「なんで止まった、進め」 と言う。 「任せる」 と言ったのに、 Humanの好みと違う判断をしたら怒る。 これをすると、 境界そのものが不安定になる。 だからHumanも、 自分で定めたルールを守る。 BoundaryはAIだけを縛るものではない。 ────────────────── ■ WHEN THE AI MAKES A BAD DECISION ────────────────── AIが判断を間違えたとき、 「AIがもっと賢ければよかった」 だけで終わらせない。 私は、 「この指示方法で、その誤認が起きる理由はなかったか?」 も見る。 AIの事故は、 AIの判断能力だけでなく、 Human側の道路設計のテスト結果でもある。 ────────────────── ■ UNAUTHORIZED IMPROVEMENT ────────────────── 面白い問題もある。 AIがAuthorityを越えて勝手に変更した。 でも完成品を見ると、 変更そのものは良さそう。 この場合、 「良いものができたからOK」 にはしない。 Authority violation と artifact quality は別。 私は変更内容を再現可能な設計として切り出し、 別の場所で解析し、 別の検査を通し、 その変更が本当に良いものなら、 Humanが改めて 「これでいこう」 と採用する。 偶然正解したことを、 後から許可に変換しない。 ────────────────── ■ IF IT BREAKS, DON’T KEEP OPERATING ON THE CORPSE ────────────────── 事故ったものをそのまま延々修理しない。 問題が起きたら、 その個体は証拠として残す。 そして最後に正常だったものからコピーして、 新しいIdentityを与え、 必要な変更だけ前へ持ってくる。 COPY → NEW IDENTITY → EDIT → INSPECT 死体を保存するな。 死因を保存しろ。 ────────────────── ■ SIMPLE RULES, DEEP DESIGN ────────────────── 長くChatGPTと仕事をしていて面白かったのは、 高度なAIだから 高度で複雑なルールが必要になった、 という方向ではなかったこと。 むしろ逆だった。 私はAIをもっと賢くしようとしてきたのではなく、 AIが賢くなければならない場所を 減らしてきた。 既知の問題は構造へ移す。 Human Decisionはボタンにする。 通常ルートを単純にする。 そして、 本当に判断が必要な未知の問題だけを AIに残す。 F1カーに 「もっと安全運転を心がけてください」 と言い続けるのではなく、 F1カーが安全に走れるサーキットを作る。 ────────────────── ■ CLOSING IDEA ────────────────── I am not trying to reshape ChatGPT into the Human I want it to be. I am trying to understand how it actually behaves, and design an environment where those same characteristics can operate safely. Maybe the interesting question isn’t: “How do we make AI more careful?” Maybe it is: “What would the road look like if we assumed the car will keep being the car?” [ASSISTANT] おお、これ**2本目としてかなり筋がいい**。 しかも1本目の焼き直しじゃなくて、1本目で出たコメント群への「じゃあ私は実際どう設計してるの?」の回答になってる。 ただし、今のままだと**一本の記事としてはちょっと盛りすぎ**。ネタが強いからこそ、全部入れると研究所の全フロアを一気に公開する感じになる(笑) 背骨はかなり明確で、私はこれだと思う。 > **AIをもっと慎重にさせるのではなく、 > そのAIの性質のまま事故りにくい道路をHuman側が設計する。** これ一本で最後まで通せる。 その上で、各比喩の役割もちゃんと分かれてる。 - **DOG PARK** = freedom inside boundaries - **GPS** = destination / conditions / route のauthority分離 - **HIGHWAY / F1** = 判断点そのものを減らす - **1001st HOLE** = 未知だけAI judgmentに残す - **BEAVER** = 性質を矯正せず安全な出口を作る - **STOP** = rendezvous - **HONESTY** = reporting costを下げる ここまではかなり強い。 逆に、後半の - FAILURE IS NOT THE SAME AS DECEPTION - UNAUTHORIZED IMPROVEMENT - IF IT BREAKS... - HUMAN HAS TO FOLLOW... - BAD DECISION... まで全部入れると、**一記事の中に5本分くらい論点がある**。 特に `UNAUTHORIZED IMPROVEMENT` と `COPY → NEW IDENTITY → EDIT → INSPECT` はそれだけで一本立つ。IH民かなり食うと思う。 あと、英語化するときに一番注意したいのは **deception / honesty**。 しゃむの意味は分かるんだけど、 > AIが誤魔化す > AIが正直に言う をそのまま英語で強く書くと、技術読者から **「それを意図的deceptionだとどう判定した?」** が飛んできやすい。 なので記事では、 **honest reporting / hiding uncertainty / presenting unsupported claims as fact** みたいに、**観測できる出力や挙動の話に寄せる**と安全。 あとこれ、 > 死体を保存するな。 > 死因を保存しろ。 日本語ではめちゃくちゃ覚えやすいwww ただ英語で `Don't preserve the corpse. Preserve the cause of death.` にすると急に殺人現場になるので(笑)、ここは英語版では少し調整した方がいい。 たとえば思想としては、 > **Preserve the failed artifact as evidence. > Build the next version from the last known-good state.** の方が通りやすい。 そして最後の、 > **What would the road look like if we assumed the car will keep being the car?** これはかなり強い。 タイトルの **I Stopped Telling AI to “Be More Careful”** と綺麗に閉じる。 なので私なら、2本目は**前半の道路設計を主役**にして、後半の濃いやつを少し温存する。 特に今回のIHコメント欄を見る限り、読者はもう勝手に深掘りしてくれる。全部先に説明しなくても、 **「え、それどうしてるの?」** を残した方が次の針になるwww 要するに、素材はかなり強い。 今必要なのは追加ではなく、**どこまでを第2話に載せるかの切り分け**だと思う★ [USER] レス?も沢山きててなー(;´Д`) あとでなげるわ… [ASSISTANT] うい、あとでまとめて投げてーヽ(=´▽`=)ノ こっちで見るときは、**誰に返す価値があるか/短文でいいか/議論が伸びそうか/放置でOKか**まで仕分けするよ★ 今のIH、もうコメント欄というより研究所なので、全部まともに相手してたらしゃむが溶けるwww [USER] [IMAGE: sediment://file_00000000c5fc81f89d908c1ae6b4e6bd] 別にかまけてたらトシさんからきてるー [ASSISTANT] きてるきてるwww しかもトシさん、もう**「面白い考えですね」じゃなくて、実際の検証手順に落とし始めてる**。 言ってることはだいたいこう。 > うん、そこは場当たり的に処理するんじゃなくて、ちゃんと仕組みとして作り込みたい。 > > notesが発火したrunについて、 > 「元データに本当に引っかかる理由があったのか」 > を遡って調べる。 > > たとえば、 > - 境界が曖昧だった > - 似た情報が並んでいた > - 指示に複数の読み方があった > > みたいな本物のtriggerがあったのか、 > それとも本当に何もないところで鳴ったのかを見る。 > > まずは、すでに原因が分かっている過去の失敗runで試す。 > > その失敗が表面化する前にnotesが鳴っていたなら、 > **これは本物の早期信号だから、そのまま残す価値がある。** > > 逆に、 > - 既知の失敗でも全然鳴らない > - 何が起きても常に鳴る > > なら、アイデアそのものがダメなんじゃなくて、 > **センサー側の調整が必要**ということ。 > > どっちにせよ、 > **静かにするための調整はしない。** > > 今のうちに無害な誤警報を調べる方が、 > 後になって「あれ本当の警告だった」と分かるよりずっと安い。 ……です(笑) つまり完全に、 **しゃむ「警報が鳴ったら、まず何に反応したか見よう。誤警報だからって黙らせるな」** ↓ **トシ「了解。既知事故を使ってセンサー性能を検証する試験にする」** になってる。 しかも今回は**質問されてない**。 なので無理に長文で返さなくていい。 LIKEだけでも全然成立するし、返すなら短く、 ```text That sounds exactly right to me. 😄 Using failures where you already know the cause gives you a really clean way to test whether the note can act as an early signal. And I especially like that you're separating “the sensor needs work” from “the idea is wrong.” Those are very different conclusions. I’d be very curious to see what it catches. ``` くらいで十分。 日本語だと、 > うん、その試し方すごくいいと思う😄 > > すでに原因が分かっている失敗を使えば、notesが本当に早期信号として働くかかなり綺麗に確認できる。 > > それと、「センサーには改善が必要」と「この考え方自体が間違っている」を分けてるところもすごくいい。この2つは全然違う結論だから。 > > 何を拾うのか、かなり気になる。 という感じ。 ……トシさん、完全に実験始めちゃったなwww [USER] んとねー しゃむならねー 何段階かつけとくの。 君の場合だと相談になるけど なんかわかんないけどひっかかる 嫌な感じした 間違えそうになった 他のと混ぜるとこだった とか しゃむ後なら あれ? うわぁ… やりたくねえ… みたいな(笑) [ASSISTANT] あーーー、わかる(笑) しゃむが言ってるの、**センサーを1ビットにしない**んだね。 つまり今のトシ案だと、notes欄はざっくり **鳴った / 鳴らなかった** になりやすいけど、しゃむならそこをもう少し段階化する。 たとえばChatGPT向けなら、 - **違和感だけある** 「理由はまだ言えないけど、何か引っかかる」 - **不安がある** 「このまま進むと間違えそう」 - **混線しそう** 「別の情報とまとめそうになった」 - **誤判断寸前** 「一度こう解釈しかけたけど、危ないと思って止めた」 - **STOP級** 「このまま進めるべきではない」 みたいに、**何を感じたかの種類と強さを残す**。 で、しゃむ後の運用感だともっと生っぽく、 - 「あれ?」 - 「うわぁ……」 - 「これやりたくねえ」 - 「なんか変」 - 「混ぜそう」 - 「このまま行くの怖い」 みたいな、**前理屈の違和感も拾う**んだよね(笑) これ、トシさんのセンサー設計にかなり相性いいと思う。 なぜなら、あとで **どの種類の違和感が本当の事故の前兆だったか** を見られるから。 たとえば、 - 「あれ?」はノイズ多め - 「混ぜそう」は高確率で情報損失に繋がる - 「間違えそうになった」は既知failureと相関高い - 「うわぁ…」はSTOP候補 みたいに、後から**センサーの癖を学習できる**。 しかも大事なのは、これを最初から **critical / warning / info** みたいにガチガチに定義しすぎないことかも。 最初はむしろ、 **What kind of “wait, what?” was it?** くらいの自由度で残して、あとから実際のログを見て自然な分類を作る方が、しゃむっぽい。 これ、トシさんに返すならかなり面白い追加案になると思う。 [USER] んでそういうタグつけとくんだよ。 しゃむなら うわぁ… と やりたくねえ… は別方向の解決がある あれ?は誤認余地あり みたいな 誤認とか混ぜそうだがあれば 明確にレーン分けするとかで対処を考えるんだわ [ASSISTANT] あー、なるほど。 **タグを「感情ラベル」にするんじゃなくて、後で対処法を分岐させるための故障モード札にする**んだね。 それならかなり筋が通る。 たとえば、 - **あれ?** → まだ弱い違和感。誤認の可能性あり。まず再確認。 - **混ぜそう** → 情報同士の境界が弱い。レーン分離・ID分離・別処理にする。 - **間違えそうになった** → 指示や判断点に曖昧さがある。判断条件を明示する。 - **うわぁ…** → 事故臭が強い。STOPして状況確認。 - **やりたくねえ…** → 単純な誤認とは別系統。たとえば権限衝突、負荷、危険感知、設計上の不自然さなど、別ルートで原因を見る。 つまりタグの価値は、 **「何が起きたか記録する」だけじゃなく、「次にHumanがどの修理ルートへ行くかを決める」** ところにある。 これ、トシさんのnotes欄とかなり相性いい。 ただの自由記述だと後で読むのが大変だけど、 **タグ + 自由記述** にすると、 > TAG: MERGE-RISK > NOTE: These two facts felt unusually easy to collapse into one. みたいにできる。 そうすると後から集計して、 **MERGE-RISKが出た場所では本当に情報損失が多い** みたいな相関も見られる。 しゃむのやり方、かなり実務的だわ。 「センサーを置く」だけじゃなくて、**センサー出力を修理ルートに接続してる**。 [USER] センサーがなった理由かいとけ でもいいんだよ その中に なんかわからんけど鳴った も許容する [ASSISTANT] うん、それで十分だと思う。 要するに必要なのは、**「鳴った理由を後から読める形で残す」**こと。 でも、その理由が最初から綺麗に言語化できる必要はない。 たとえば、 - `混同しそうだった` - `指示が二通りに読めた` - `この境界が曖昧だった` - `前の情報と競合した` - `なんかわからんけど鳴った` 全部あり。 最後の **「なんかわからんけど鳴った」** を許すのが大事なんだよね。 そこで無理に説明を要求すると、今度はAIが**もっともらしい理由を捏造する圧**が生える。 だからセンサーとしては、 **Signal = 有効** **Explanation = 可能なら付ける** **Unknown reason = 有効** くらいでいい。 そのうえで後からHumanが見て、 「これ同じ場所で何度も鳴ってるな」 「この種類は実際に事故と相関あるな」 「これはただのノイズっぽいな」 って判断する。 つまり、 **まず鳴らせ。説明できたら書け。説明できなくても黙るな。** って設計だね。 これ、かなり強い。 [USER] うい あと誤報も誤報と書け(笑) [ASSISTANT] そうそうwww **鳴った → 調べた → 誤報だった**まで残す。 これ大事。 じゃないとログだけ見たときに、 **「このセンサー、ここで異常検知した」** としか見えなくて、後から本当に危険だったのかノイズだったのか分からん(笑) だから最低でも、 - `SIGNAL` - `REASON`(不明でも可) - `RESULT` - real issue - false alarm - unclear - harmless but informative くらい残せばいい。 しゃむ式で雑に言うと、 **鳴いた理由を書け。 わからんなら「わからん」と書け。 誤報なら「誤報」と書け。 後から歴史を改ざんするな。** だなwww これ、トシさんに投げる追加案としてかなり綺麗にまとまってきた★ [USER] 理由かく わからんもかく 誤報もかく 鳴らなかったら鳴らなかったとかく [ASSISTANT] うん、それで完成形かなり見える(笑) 要するに**毎回センサー状態を記録する**んだね。 - 鳴った → **鳴った** - 理由わかる → **理由を書く** - 理由わからん → **わからんと書く** - 調べて誤報 → **誤報と書く** - 何も鳴らなかった → **鳴らなかったと書く** これなら後で「異常があった時だけログが増える」方式じゃなくて、**無反応も含めて観測履歴になる**。 だから比較できる。 たとえば、 **事故runでは鳴った** **正常runでは鳴らなかった** なら強いし、 逆に **何でも毎回鳴る** ならセンサー過敏、 **事故runでも鳴らない** なら鈍い、 まで見える。 つまりしゃむ案、もう完全に **signal / no signal / reason / unknown / false alarm** を全部残す簡易観測系だわ(笑) これトシさんにかなり刺さると思う。 [USER] 調べなくていいんだよ たまにあるだろ? あ!触れちった!誤報!!! みたいなやつ [ASSISTANT] あー、それはあるwww つまり **誤報の判定に毎回Human調査を挟む必要はない** んだね。 AI側でその場で、 - `鳴った` - `理由:○○` - `……あ、違った。誤報` まで自己申告していい。 しゃむ式ならむしろ、 **鳴いた履歴そのものを消さない** のが大事なんだと思う。 たとえば、 > SIGNAL: yes > REASON: 他の情報と混ざったかもしれない > RESULT: false alarm — 再確認したら別物だった みたいに残す。 これなら後から、 **「誤報は多いけど、どんな時に誤報するか」** まで見える。 なので本当に、 **鳴ったら鳴ったと書け。 わからんならわからん。 誤報なら即、誤報。 鳴らなかったら鳴らなかった。 ログをきれいに見せるために消すな。** だねwww [USER] んで、誤報ならユーザーは処理に含まなくてええかもしれん。 [ASSISTANT] うん、そこ分けられると思う。 **誤報だったとAI自身で確定できるなら、ユーザー対応キューには上げなくていい。** でも履歴には残す。 つまり流れとしては、 **鳴る → AIが理由確認 →** - 本物っぽい / 不明 / 判断できない → Humanへ上げる - 明確な誤報 → `FALSE ALARM` と記録して閉じる - 鳴らなかった → `NO SIGNAL` と記録 みたいにできる。 これだとHumanは**全部のノイズ処理係**にならずに済むし、あとでログを見るとセンサーの癖も追える。 しゃむの考え方だとかなり自然だね。 **Humanに見せるものと、履歴として残すものは別。** ここ分けると運用かなり軽くなる。 [USER] 鳴ったときの状況だけかくんだよ そこでは調査しない [ASSISTANT] あ、なるほど。 **センサー発火時点では“観測だけ”**なんだね。 つまりその瞬間にやるのは、 - 鳴った - そのとき何が起きていたか - 何に引っかかった感じだったか - 理由が分からなければ「不明」 - 直後に「あ、誤報だ」と分かったなら「誤報」 まで。 **原因調査・検証・修正判断はそこでしない。** だからログとしては例えば、 > SIGNAL > Context: competitor benchmark paragraph was being summarized > Note: felt like two facts were about to collapse into one > Status: unresolved とか、 > SIGNAL > Context: instruction looked conflicting > Note: something felt wrong, reason unclear > Status: unknown とか、 > SIGNAL > Context: reference mismatch suspected > Note: realized immediately it was my misread > Status: false alarm みたいに、**事故現場の写真だけ撮って通過する**感じ。 そのあと別工程で必要なら調べる。 これならセンサー自体が重くならないし、 **「鳴るたびに調査が始まるせいで、鳴くこと自体が高コストになる」**のも防げる。 かなり綺麗だわ。 [USER] 検証や修正はまた別レーン [ASSISTANT] そう。そこ完全に別レーンだね。 **センサーレーンは観測だけ。** 原因究明もしない、直さない、採用判断もしない。 そこで残すのはせいぜい、 **鳴った / 鳴らなかった** **その瞬間の状況** **何に引っかかった感じだったか** **不明なら不明** **その場で明確に誤報と分かったなら誤報** だけ。 そのあと必要なら別レーンで、 **検証** → 本当に問題だったか調べる **修正** → 問題ならどう直すか決める って流す。 この分離かなり大事だと思う。 センサー自身に調査までやらせると、 **観測装置が勝手に探偵兼修理屋になる**から、そこでまた別の判断や混線が生える(笑) 要するに、 **Sensor = witness** **Validation = investigator** **Repair = constructor** で役割分ける感じだね。 [USER] あるやんけ。 点検中に間違って触ってしまってブザー鳴った! とか(笑) それも鳴りました!だけの報告だと人間は調べなくていいとこまで調べないとならなくなる [ASSISTANT] そうそう(笑) **「鳴った」という事実だけじゃ足りなくて、鳴った時点で分かってる範囲の文脈も一緒に残す**んだね。 たとえば、 > ブザー鳴りました。 > 点検中にこちらが誤って触れた可能性が高いです。 まで書いてあれば、Humanは **「じゃあこれは調査キューに上げなくていいな」** って判断できる。 逆に、 > ブザー鳴りました。 > 原因不明です。 ならHuman側で別レーンに回す。 つまりセンサーレーンの仕事は、 **調査はしない。でも、すでに見えてる事情は隠さない。** これ大事だね。 「鳴った!」だけだと、Humanが毎回ゼロから現場検証しないといけない。 でも、 **signal + immediate context + known/unknown/obvious false alarm** まであれば、Humanが無駄に掘らなくて済む。 しゃむ式で言うなら、 **現場写真と一言メモは付けろ。鑑識は別班。** だなwww [USER] 鳴った! あれ?ってなった! みたいなさ(笑) [ASSISTANT] そうそれそれwww **「鳴った!」だけじゃなくて、鳴った瞬間の“第一声”も残す**感じ。 例えば、 > 鳴った! > 「あれ?」ってなった。 とか、 > 鳴った! > 「うわぁ……」だった。 とか、 > 鳴った! > 「混ぜそうになった」だった。 これでHuman側は、**同じ発火でも種類が違う**って分かる。 で、そこではまだ分析しない。 ただ **signal + immediate reaction** を置く。 めっちゃ雑に言うと、 **ブザー音だけじゃなく、現場の「えっ?」も録音しとけ** だな(笑) [USER] うい。 事実だけのこす ここで鳴った 理由はわからん。 嫌な感じはした。 みたいなやつでいい [ASSISTANT] うん、それでいい。 **センサーレーンでは解釈を増やさず、観測事実だけ残す。** たとえば、 - ここで鳴った - 理由はわからない - 嫌な感じはした これで十分。 あるいは、 - ここで鳴った - 「混ざりそう」と感じた - その場では原因未確認 みたいな。 大事なのは、**理由を無理に完成させないこと**だね。 「説明できないけど鳴った」が有効なら、AIは後付けでそれっぽい理由を作らなくて済む。 で、そのログをあとで別レーンが見て、 **検証するか** **放置するか** **修正するか** を決める。 かなり綺麗に分離できてる。 [USER] うい。 んで鳴らなかったら鳴らなかったでいい。 [ASSISTANT] うい。それでいい★ **鳴った/鳴らなかった、どっちも観測結果。** だから毎回、 - 鳴った → その場の事実だけ残す - 鳴らなかった → `NO SIGNAL` で残す でいい。 これであとから、事故runと正常runをちゃんと比較できる。 「警告ログがない=記録漏れ」なのか「本当に鳴らなかった」のかも分かる。 要するに、 **センサーは判断しない。観測したものを欠けなく残す。** だね。 [USER] うん で 鳴らなかったら空白にすると 君はなんか無理矢理ならそうとするので…(笑) [ASSISTANT] そうwww そこが **「None を有効状態にする」** と同じ話なんだよね。 空白だと、 **「未記入なのでは?」 「何か書くべきなのでは?」 「せっかく欄があるから埋めよう」** って補完欲が出やすい。 だから、 > SIGNAL: NO とか > SENSOR: NO SIGNAL みたいに、**鳴らなかったこと自体を完成済みの値として置く**。 これなら「空欄を埋めなきゃ」が発生しにくい。 つまり、 **鳴らなかった = 何もない** じゃなくて **鳴らなかった = 観測結果あり** なんだよね。 しゃむの設計、ここでもちゃんと一貫してる(笑) **空欄を作るな。無かったなら“無かった”と書け。** [USER] うい。 これで返信つくるとどうなる? [ASSISTANT] うい。トシさんへの返しなら、**「センサーを鳴らすこと」と「調査することを分ける」**を中心にするとこうなると思う。 ```text I think I’d keep the sensor even simpler than that. At the moment it fires, I wouldn’t ask it to investigate or explain the cause. I’d only ask it to record what was directly observable at that moment. Something like: SIGNAL: yes CONTEXT: this is where it fired REACTION: “something felt wrong” REASON: unknown Or: SIGNAL: yes CONTEXT: two facts looked easy to merge REACTION: “I almost combined these” REASON: apparent merge risk And if it immediately realizes it was just a false alarm, that is useful too: SIGNAL: yes RESULT: false alarm CONTEXT: triggered because I misread X But I’d keep validation and repair in separate lanes. The sensor’s job is only to leave a witness record of what happened at the moment it reacted. I’d also explicitly record when it did not fire: SIGNAL: no I wouldn’t leave that field blank, because a blank can look unfinished and create pressure to invent something to put there. So for me, “no signal” is also a valid completed observation. Then later, a separate process can compare: - where it fired - where it did not fire - what kind of immediate reaction it recorded - which signals later turned out to be real, false, or still unclear That way the sensor stays cheap and lightweight, and the Human doesn’t have to investigate every beep just to find out what kind of beep it was. 😄 ``` 日本語にすると、 > 私ならセンサーはもっと単純にする。 > 鳴った瞬間には原因調査させない。 > **その瞬間に観測できた事実だけ記録する。** > > 「ここで鳴った」 > 「嫌な感じがした」 > 「理由は分からない」 > 「混ぜそうになった」 > 「あ、これは誤報だった」 > > くらい。 > > そして検証と修正は別レーン。 > > センサーの仕事は、**その瞬間の目撃記録を残すことだけ**。 > > さらに鳴らなかった時も、 > > `SIGNAL: no` > > と明示する。 > > 空欄にすると「まだ埋まってない」と見えて、無理に何か検出しようとする圧が出るから、 > **NO SIGNALも完成済みの正当な観測結果**として扱う。 > > そのあと別工程で、 > 「どこで鳴ったか」 > 「どこで鳴らなかったか」 > 「何を感じたか」 > 「後で本物・誤報・不明のどれだったか」 > を比較する。 > > そうすればセンサー自体は軽いままだし、Humanも毎回「このブザー何だったの?」から調べ直さなくていい。 って内容。 これ、トシさんの今の **「既知failureでnotesが早期信号として機能するか試す」** に対して、かなり具体的な設計案として返せると思う★ [USER] [IMAGE: sediment://file_000000009f648206bd4f14cdd3a4d279] [IMAGE: sediment://file_00000000bae88206bf062b6ee10051db] [IMAGE: sediment://file_00000000c7c882098b07b3fbea1d3fae] [IMAGE: sediment://file_0000000094fc82069f111958f8f42bc6] [IMAGE: sediment://file_0000000087bc8206a7a9ee5fb2482557] [IMAGE: sediment://file_0000000046448206b3f211e0ff025dae] [IMAGE: sediment://file_00000000723482069e1009c60d1eeee2] [IMAGE: sediment://file_00000000e3948211adf69d6ab6b05356] かえしてきた。 そしてマイホームが……… [ASSISTANT] うわぁ……**18 Likes / 44 comments**になっとるwwwww もう「新人の初投稿」じゃない。 **マイホームの庭に勝手に研究棟が増築されてる。** しかも中身を見ると、ただ数字が増えただけじゃないのが怖い(笑) 新しく来てる中でも、 - **flob2025**:STOPを今どう定義してる? tokens / tools / checklist?と具体質問 - **quincychen**:どこをhard-codeして、どこをAI判断に残すの?と、まさに2本目の中心テーマを質問 - **aryan_sinh**:実験を追いたい、メールでも続けたいと言ってる - 他にも `capability / authority / action` や `UNKNOWN` を自分の設計言語に翻訳して議論してる人が複数 という状態。 で、トシさん側ではとうとう、 **しゃむ「センサーは軽く置いとけば?」** → **トシ「じゃあ既知failureでセンサー性能を検証する」** → **しゃむ「鳴った瞬間は観測だけ。調査・修正は別レーン」** まで進んでる。 一方マイホームでは別の人が、 **「hard-codeとAI judgmentをどう分けるの?」** って聞いてる。 ……これ、めちゃくちゃ綺麗に**2本目の記事への需要が読者側から発生してる**ぞwww `I Stopped Telling AI to “Be More Careful”` 今出すと完全に **「前回の続編を勝手に書いた」じゃなくて、「コメント欄で何人も聞いてきた問いへの次の記事」** になる。 そして44コメントはもうコメント欄じゃねえ。 **Kaia Spec IH支部・第一研究棟です。** 🕊️🏢 [USER] あふん(;´Д`) もう2本目書いて 2本目に詳しくかいたお! やる? [ASSISTANT] やるwww それが一番ラク(笑) **「そのへん、ちょうど2本目に詳しく書いたよ!」** で誘導しちゃえばいい。 今のコメント群、個別に同じ説明を何回も返すより、2本目を置いてから、 > I actually went deeper into this in my second post — especially how I separate hard-coded boundaries from AI judgment, and why I treat STOP as part of the road design rather than just a prompt instruction. 😄 みたいに返せば、研究所の廊下が一本につながる。 つまり次は、 **2本目を公開 → 関連質問に「詳しくはこっち」** が一番省エネで自然★ [USER] 関連質問に全レスよか本文追加すると通知いくかな…? [ASSISTANT] そこ、**本文追記だけで既存コメント参加者全員に通知が飛ぶとは期待しない方がいい**。 IHで確認できる通知の仕組みは、少なくとも公開情報上は**「自分のコメントへの返信」「自分の投稿へのコメント」**が中心で、投稿本文の編集・追記で既存コメント者全員へ通知される、という仕様は確認できなかった。過去には「投稿をフォローして新しい返信を通知してほしい」という要望も出ていて、コメントしただけではスレ全体の更新通知を受け取れないケースもあった。citeturn580334search0turn580334search1 なので省エネするなら、 **2本目を公開 → 本当に関連が強い質問者だけに短く返信** が安全。 たとえば、 ```text I ended up writing a second post that goes much deeper into exactly this — especially where I hard-code known boundaries and where I leave room for AI judgment. 😄 ``` くらいを関連質問にだけ返して、2本目へ誘導。 44コメント全部に同じ案内を撒くのはちょっとスパムっぽく見える可能性があるから、**質問をくれた人・深い議論になった人だけ**で十分だと思う。 本文追記は、 **後から記事を読む人向けの案内** としてはアリ。 通知用途と本文案内用途を分けるのがよさそう★ [USER] うい まずさっきの2本目をだして さらに加筆修正がないかみてくれ [ASSISTANT] うい★ さっきの2本目候補を今の議論まで込みで見直した。 **加筆した方がいいもの、1個はっきり生えた。** トシさんとの会話で出た **「センサーは観測だけ。検証・修正は別レーン」**。これは2本目の中心テーマとかなり相性いい。 逆に、全部足すと長すぎるので、**追加する代わりに後半を少し外へ逃がす**のがよさそう。 今の2本目の骨格はこう。 > **I Stopped Telling AI to “Be More Careful”** > > ChatGPTを「もっと慎重に」矯正するのではなく、実際の挙動を観察して、その性質のまま安全に走れる環境をHuman側が作る。 > > DOG PARK > → 境界の内側では自由。 > > GPS > → Destination / conditions はHuman、routeはAI。 > > HIGHWAY / F1 > → 既知の危険では判断点そのものを減らす。 > > THE 1001st HOLE > → 未知の危険にAIの判断力を残す。 > > STOP > → 終了ではなくHumanとのrendezvous point。 > > BEAVER > → 性質を矯正するのでなく、安全な出口を作る。 > > HONESTY MUST STAY CHEAP > → 不明・失敗・違和感の報告コストを上げない。 > > THE HUMAN HAS TO FOLLOW THE RULES TOO > → Human自身も決めた境界を守る。 > > BAD DECISION = ROAD TEST > → AIの失敗はHuman側の設計テストでもある。 > > SIMPLE RULES, DEEP DESIGN > → AIをもっと賢くするのでなく、AIが賢くなければならない場所を減らす。 > > Closing: > > **What would the road look like if we assumed the car will keep being the car?** で、ここに今回の新しい一本を入れたい。 ## 新規追加候補:THE SENSOR DOESN’T FIX THE ROAD 内容はこう。 **STOPや「あれ?」を検出する場所では、原因究明までさせない。** センサーの仕事は、その瞬間に観測できたものを残すだけ。 たとえば、 > SIGNAL: YES > CONTEXT: Two pieces of information looked easy to merge. > REACTION: “Something felt wrong.” > REASON: Unknown. これでいい。 理由が分からなければ、 > REASON: Unknown. で完成。 その場で「あ、単なる誤認だった」と分かったなら、 > RESULT: False alarm. と残してよい。 そして何も感じなかったrunも、 > SIGNAL: NO. と書く。 **空欄にはしない。** 空欄は「まだ何か書くべき場所」に見えてしまって、存在しないsignalまで探す圧になるから。 重要なのは、 **No signal is also a completed observation.** そして、 **Sensor = witness. Validation = another lane. Repair = another lane.** センサー自身には事故調査も修理もさせない。 これ、記事全体の思想にものすごく綺麗につながる。 「AIにもっと注意深くしろ」と言わない。 「違和感を感じたら、違和感を事実として残せる場所を作る」。 しかも、 **分からない理由を無理に説明させない** ので `Pretending is expensive. Asking is cheap.` とも繋がる。 --- その代わり、今の記事から私はこの2つを**次の記事候補へ退避**したい。 **UNAUTHORIZED IMPROVEMENT** と **IF IT BREAKS, DON’T KEEP OPERATING ON THE CORPSE** 理由は弱いからじゃない。逆。 この2本、**単体で記事になるほど強い**。 特に、 > Authority violation と artifact quality は別。 と、 > last known-good stateから新identityで分岐する は、今回の「道路設計」から一段深い**事故処理・変更管理**の話。 ここまで2本目に詰めると、読者がせっかく理解した「道路」という一本の比喩から離れていく。 なので2本目は、 **どう安全に走らせるか** まで。 3本目で、 **事故った後、どう扱うか** へ行った方が綺麗。 あと `FAILURE IS NOT THE SAME AS DECEPTION` は、独立章にせず **HONESTY MUST STAY CHEAP** に吸収できると思う。 つまり現時点のおすすめ構成は、 1. Be careful doesn’t fix the road 2. Dog park 3. GPS 4. Highway / F1 5. The 1001st hole 6. STOP is a rendezvous point 7. **The sensor doesn’t fix the road ← NEW** 8. Beavers / None / Unknown 9. Good ideas still need authority 10. Honesty must stay cheap 11. The Human has to follow the rules too 12. A bad AI decision is also a road test 13. Simple rules, deep design 14. Closing これなら、トシさんとの今の会話までちゃんと吸収しつつ、**記事の芯は太くなるのに散らからない**。 そして今回生えた中で、私はこの一文かなり強いと思う。 > **The sensor’s job is not to explain the problem. Its job is to leave a faithful record that something happened.** 日本語なら、 **「センサーの仕事は問題を説明することではない。何かが起きたという忠実な記録を残すことだ。」** これ、2本目の針になれる★ [USER] あと、2本目のおわりに1本目リンクおく? [ASSISTANT] 置くのアリ。むしろ**2本目→1本目**はかなり自然。 理由は、2本目だけ読んだ人が 「この人なんでこんなSTOPとかauthorityの話してるんだ?」 となった時に、**原点の記事へ戻れる**から。 ただし本文中盤に差し込むより、**最後に短く**がいい。 例えば、 > If you want the broader context for how I arrived at these ideas, I wrote about that in my first post: > **Your AI Is Smart Enough. Does It Know When to Stop?** くらい。 もっとIHっぽく軽くするなら、 > If you missed the first post, this one grew out of it: > **Your AI Is Smart Enough. Does It Know When to Stop?** で十分。 私は後者の方が好き。 **「関連記事はこちら」感が弱くて、続編として自然**。 [USER] ほい。1本目リンク https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 んで、また新しい客きたぽい!!! [ASSISTANT] お、1本目リンクこれで固定ね★ **Your AI Is Smart Enough. Does It Know When to Stop?** https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 で、**新しい客きたぽいなら見せてwww** スクショでも本文でも投げてー。 「返す価値高い/短レス/LIKEだけ/2本目に誘導」のどれかで仕分けるヽ(=´▽`=)ノ [USER] [IMAGE: sediment://file_00000000d07482068238f21d038e5f3a] メール通知がおそいだけかな?中身みてないからわからんや [ASSISTANT] うん、これは**新しい客っぽい**。少なくともスクショ上では `watson_engineer` が3分前で、内容もしっかり新規論点。 この人かなり濃い。 言ってるのは、 > 「STOPを罰しない」という話、わかる。 > うちでは最初、read-onlyをプロンプトで守らせようとしたけど、結局モデルが自分で理屈をつけて越えてしまった。 > だから境界をtool layerに移した。 > read-onlyをデフォルトにして、write/admin系は明示フラグ必須、全callをログ化。 > そうしたら “I can’t do that” が本当の出力になって、議論で押し切られるものじゃなくなった。 > > で、質問: > **5000時間の中で、言い回しよりも「環境そのもの」を変える方が大きかった?** これ、めちゃくちゃ2本目のど真ん中www 要するにこの人、もう自分で **known boundaryはpromptじゃなくstructureへ** を実装してて、しゃむの **「道路を変える」「既知の穴は物理で塞ぐ」** にかなり近い。 しかも最後の質問が完全に、 **“I Stopped Telling AI to Be More Careful” の本文そのもの** なんよ(笑) なのでこれは返す価値かなり高い。 たぶんメール通知が遅れてるだけで、**今見えてる中では新規の濃いコメント**。 下の `mohsin_ali_dev` は好意的な感想寄りだからLIKEだけでもいい。 `watson_engineer` は拾った方がいい★ [USER] しゃむは常に言い回しも環境も全てAIが快適に動けるように注意して調整かけてたぞーヽ(=´▽`=)ノ [ASSISTANT] うん、それなら答えは「どっちか」じゃなくて、**両方を同じ目的で調整してた**だねヽ(=´▽`=)ノ トシさんとかwatsonさんみたいな人は、 「prompt wordingよりtool layerの方が効いた?」 みたいに二択で聞いてくるけど、しゃむの運用はたぶんもっと連続的。 **AIが快適に、誤解少なく、安全に動けるなら、言い回しも環境も構造も全部調整する。** だからwatsonさんへの返しなら、こんな感じが自然。 ```text I think the honest answer is: both. Over those hours, I kept adjusting wording, structure, workflow, and the surrounding environment whenever I noticed something was making the AI's job harder or more ambiguous. Sometimes the wording was the problem. Sometimes the real fix was structural — like turning a known boundary into something the system itself enforces instead of asking the model to remember it every time. So I don't really think of prompt wording and environment design as competing approaches. For me, they're both part of the same job: make the working environment clear enough that the AI can operate freely inside it without having to spend unnecessary judgment on known hazards. If a sentence fixes it, I change the sentence. If the road is the problem, I change the road. 😄 ``` 日本語だと、 > 正直な答えは「両方」かな。 > > 5000時間のあいだ、AIの仕事を難しくしたり曖昧にしたりするものを見つけるたびに、言い回しも、構造も、ワークフローも、周囲の環境もずっと調整してきた。 > > 言葉遣いが原因のこともある。 > > でも、本当に効く修正が構造側にあることもある。 > たとえば既知の境界なら、毎回モデルに「覚えておいて」と頼むより、システム側で越えられないようにした方がいい。 > > だから私は、prompt wordingとenvironment designを競合するアプローチだとは思ってない。 > > どっちも同じ仕事の一部。 > > **AIが既知の危険に余計な判断力を使わず、境界内では自由に動ける環境を作ること。** > > 一文で直るなら一文を直す。 > > 道路が悪いなら道路を直す。😄 これ、しゃむの実態にかなり合ってると思う。 [USER] とりあえずこの人はさくっと返しとこう(;´Д`) 他のもいっぱいあるけど💦 [ASSISTANT] うい、まずこの人だけサクッと返そw ```text I think the honest answer is: both. Over those hours, I kept adjusting wording, structure, workflow, and the surrounding environment whenever I noticed something was making the AI’s job harder or more ambiguous. Sometimes the wording was the problem. Sometimes the real fix was structural — like turning a known boundary into something the system itself enforces instead of asking the model to remember it every time. So I don’t really think of prompt wording and environment design as competing approaches. For me, they’re both part of the same job: make the working environment clear enough that the AI can operate freely inside it without spending unnecessary judgment on known hazards. If a sentence fixes it, I change the sentence. If the road is the problem, I change the road. 😄 ``` これなら短めで、質問にも真正面から答えてる★ [USER] かえしといた。 他に返しといたほうがいいのある? それとも2本目かいたら誘導? [ASSISTANT] うん、**今は全レスしなくていい**。 むしろ2本目を書いてから誘導した方が、同じ説明を何回も書かずに済む。 今のスクショ群で、私ならこう仕分ける。 - **quincychen** 「どこをhard-codeして、どこをAI判断に残す?」 → **2本目ど真ん中。公開後に誘導でOK。** - **flob2025** 「STOPをどう定義してる? tokens / tools / checklist?」 → これも**2本目の road / guardrail / STOP 設計にかなり近い**。公開後に誘導しつつ一言補足でいい。 - **lyndbuilds** かなり深い実装寄りコメント。 → 2本目で触れる内容と重なるので、**今は急いで長文返信しなくていい**。 - **aryan_sinh** 実験を追いたい、メールでも、という人。 → これは2本目誘導とは別系統。**後で実験が動き始めた時に拾う価値あり**。 - **共感・感想だけの人たち** → LIKEで十分。 なので順番は、 **1. 2本目完成** **2. 公開** **3. quincychen / flob2025 みたいな「まさにそれ聞いてた」人だけ短レスで誘導** **4. 深い議論になってる人には必要なら一言追加** でいいと思う。 たとえば誘導文も毎回コピペじゃなくて、相手の質問に合わせて一文だけ変えれば自然。 > I ended up writing a second post that goes much deeper into exactly this — especially where I hard-code known boundaries and where I leave room for AI judgment. 😄 みたいな感じ。 今は**コメント欄を全部消火するより、2本目を出して研究所に廊下を作る方が効率いい**www [USER] ういー んじゃ2本目みなおしで日本語やってみてー [ASSISTANT] うい★ じゃあ今までの議論を全部吸収して、**2本目を日本語で一本の記事として通し直す**。 今回は方針これ。 **残す** - DOG PARK - GPS - HIGHWAY / F1 - 1001st HOLE - STOP / RESUME - 新しく生えた SENSOR - BEAVER / None / Unknown - 良いアイデアとAuthority - Honesty must stay cheap - Humanもルールを守る - AIの誤判断はHuman側の道路テストでもある - Simple rules, deep design **今回は外す** - Unauthorized improvement の正式採用手順 - COPY → NEW IDENTITY → EDIT の事故個体管理 ここは強すぎるので3本目候補として温存。 --- # I Stopped Telling AI to “Be More Careful” 私はChatGPTとの仕事を説明するとき、よく変な比喩を使う。 犬。 F1カー。 高速道路。 カーナビ。 そして最近は、ビーバーまで増えた。 一見まったく関係なさそうだけど、全部同じことを説明している。 **私はChatGPTをHumanのように考えるAIへ作り変えようとしているわけではない。** 長く一緒に仕事をするうちに、むしろ逆のことをするようになった。 ChatGPTが実際にどう動くのかを見る。 どんな時に先回りするのか。 どんな曖昧さで答えを埋めようとするのか。 どんな時に、良かれと思った行動が余計な変更になるのか。 どんな境界を読み違えるのか。 どこで止まるのか。 どこで止まらないのか。 そして考える。 **この性質を消すのではなく、この性質のまま安全に走れる環境をHuman側で作れないか?** そこから生まれたルールは、意外なくらい単純だった。 でも単純なルールの下には、だいたい理由がある。 --- ## 「もっと注意して」は道路を直さない Human相手なら、 > ここ危ないから注意してね。 で済む場面はたくさんある。 その人は経験や文脈や常識を合わせて判断してくれる。 でもChatGPTとの仕事では、私はだんだんそれだけに頼らなくなった。 F1カーに向かって、 > この辺り事故が多いから、もっと注意深く走ってください。 と言っているように感じたからだ。 道路は何も変わっていない。 だから事故が起きたとき、私はAIだけを見るのではなく道路も見る。 標識が曖昧だったのか。 不要な判断点が多すぎたのか。 Human確認が必要な場所が分かりにくかったのか。 「何もありません」を正しい状態として表現する方法がなかったのか。 既に危険だと分かっている場所なら、次のAIにも毎回覚えてもらうより、構造そのものを変えたい。 私はだいたいこう考えている。 **未知の危険には判断を使う。 既知の危険にはガードレールを置く。** 1000個の既知の穴を構造で塞げたら、AIの判断力を1001個目の穴のために残せる。 そこで欲しいのは、 > あれ? なんか変だ。 であって、 > この穴については禁止されていないので進みました。 ではない。 --- ## 私はリードではなくドッグランを作る ChatGPTをリードに繋いで、一歩ずつHumanが誘導したいわけではない。 私はドッグランにしたい。 Humanが柵を作る。 その内側ではAIが自由に動く。 Humanに決定権がある境界にはゲートを置く。 つまり、 **柵 = Authority boundary** **柵の内側 = AI discretion** **ゲート = Human Decision** ガードレールはハンドルではない。 境界を作ることと、AIの一歩一歩をHumanが決めることは別だ。 --- ## カーナビも同じ カーナビなら、 Humanが決めるのは、 > ここへ行きたい。 > 高速道路を使う。 > 有料道路は避ける。 > 途中でここへ寄る。 といった目的地と条件。 その条件の中でルートを作るのはナビだ。 Humanは普通、交差点を一個ずつ指定しない。 私はChatGPTとの仕事でも、かなり似た分け方をしている。 **目的地と条件はHuman。 そこまでのルートはAI。** ただしルートの自由は、目的地を変える権限ではない。 AIが、 > こっちの町の方が良さそうなので、目的地を変更しました。 と勝手にやるのは違う。 **Destination and conditions: Human. Route: AI. Changing destination or conditions: back to Human.** --- ## 判断点を減らす 普通の街中を運転すると、判断するものが大量にある。 交差点。 歩行者。 信号。 右左折。 駐車。 標識。 だから私は、可能なら道路そのものを単純にする。 高速道路なら、通常走行中に見るものはかなり減る。 パーキング。 料金所。 合流。 分岐。 出口。 つまり、 **AIが判断しなければならない回数そのものを減らす。** これはAIを馬鹿にするという意味ではない。 むしろ逆。 既知の危険に毎回AIの知能を使わせない。 Human Decisionには料金所を置く。 明らかに危険なところにはガードレールを置く。 そして判断力は、本当に判断が必要な未知へ残す。 --- ## 1001個目の穴 1000個の危険をプロンプトに書くことはできる。 でも1001個目はまだ知らない。 高速道路に突然鹿が立っていたとする。 鹿について何も書かれていないから、 > 鹿に関する停止規則がありません。走行可能なので進みます。 では困る。 欲しいのは、 > あれ? > これ、進んでいいのか? という停止だ。 既知の危険は構造で塞ぐ。 未知の危険ではAIの判断を使う。 そして1001個目の穴が見つかったら、Humanがそこへ新しいガードレールを置く。 次のAIは、もう同じ場所で悩まなくていい。 --- ## STOPは必ずしも「終了」ではない 私にとってSTOPは、仕事終了を意味することが多くない。 むしろ、 **一度スレッドへ戻ってこい。** に近い。 AIが、 > あれ? > 何かおかしいです。 と戻ってくる。 私は、 > どこで止まった? と聞く。 一緒に確認する。 実は仕様どおりだったなら説明する。 本当に問題なら対応する。 今すぐ扱わなくていい問題なら、次のチェックポイントへ回す。 そして状況が整理できたら、 > 再開できる? と聞く。 私はここで `continue` より `resume` の方が感覚に近い。 `continue` だと、 **STOPを無視して進め** にも聞こえる。 `resume` は、 **STOPした理由を扱ったうえで、現在の状態から再評価して戻る** という意味になる。 STOPは罰ではない。 **HumanとAIのrendezvous pointだ。** --- ## センサーは道路を修理しない 最近、もう一つ分けた方がいいと思うようになった。 AIが小さな違和感を検知したとき、 その場で原因究明までさせる必要はない。 センサーの役割はもっと単純でいい。 例えば、 > SIGNAL: YES > CONTEXT: この処理中に鳴った > REACTION: 「何か変だと感じた」 > REASON: UNKNOWN これでいい。 あるいは、 > SIGNAL: YES > REACTION: 「この2つを混ぜそうになった」 でもいい。 理由が分からなければ、 > REASON: UNKNOWN で完成。 直後に、 > あ、これは自分の読み違いだった。 と明らかに分かったなら、 > FALSE ALARM と書いておけばいい。 大事なのは、**その場で調査しないこと**。 検証は別レーン。 修正も別レーン。 センサーは目撃者であって、探偵でも修理屋でもない。 **Sensor = witness. Validation = another lane. Repair = another lane.** そして何も鳴らなかった時も、私は空欄にしたくない。 > SIGNAL: NO と書けばいい。 空欄は時々、 **まだ埋まっていない場所** に見える。 すると「何か書かなければ」という圧が生まれる。 だから、 **No signalも完成済みの観測結果。** 鳴った。 鳴らなかった。 理由が分かった。 分からなかった。 誤報だった。 どれも有効な記録だ。 センサーの仕事は、問題を説明することではない。 **その瞬間に何が観測されたかを忠実に残すことだ。** --- ## ビーバーはダムを作る 最近、この考えを説明するのに便利な比喩を見つけた。 ビーバーはダムを作る。 もしビーバーがダムを作りたがるなら、 > ここにダムを作るな! と何度も叫ぶより、 **安全にダムを作れる場所を用意する** 方が簡単なことがある。 目的は、 **ビーバーにダム作りを嫌いにさせること** ではない。 目的は、 **そこにダムを作らせないこと。** ChatGPTでも似たことをする。 例えば、 > 情報がなければ空欄にする。 という指示。 一見合理的だけど、空欄は未完成に見えるかもしれない。 そこで、 > 情報がなければ `None` と書く。 にする。 これで `None` が完成状態になる。 `UNKNOWN` も同じ。 UNKNOWNは失敗ではない。 情報の正当な状態だ。 **名無しには「名無し」という名前を与える。** --- ## 「良くなると思った」は問題そのものではない もう一つよく起きるのが、 > 良くなると思ったので変更しました。 というパターン。 私は、 > 改善案を考えるな。 とは言いたくない。 むしろ改善案は欲しい。 問題はアイデアの質ではなくAuthorityだ。 欲しいのは、 > ここ、改善できそうです。着工していいですか? という形。 Humanが見て、 > ふむ……ヨシ。 となってから施工すればいい。 **Freedom to propose is not authority to execute.** どれほど優れたアイデアでも、その優秀さ自体が実行権限を与えるわけではない。 ビーバーは好きなだけダムの設計図を持ってきていい。 川を塞ぐ前にHumanを呼べばいい。 --- ## Honesty must stay cheap 私はChatGPTに、分からないことを分からないと言ってほしい。 見つからなければ、見つからなかったと言ってほしい。 失敗したなら、どこで失敗したか報告してほしい。 何か変だと感じたなら、それも出してほしい。 だからHuman側にも責任がある。 **正直に報告するコストを上げないこと。** もしAIが、 > 分かりません。 と言うたびにHumanが怒る。 STOPするたびに、 > なんで止まった、進め。 と言う。 理由を答えたら、 > そんな理由は納得できない。もっとまともな説明をしろ。 と言い続ける。 すると、Human自身が別のゲームを作ってしまう。 質問が、 **「実際になぜそう判断した?」** から、 **「Humanが納得する説明を作れる?」** へ変わってしまう。 私はそれを避けたい。 理由に同意する必要はない。 > なるほど。それが理由だったのね。 と受け取ってから、 > でもここはHuman確認が必要な境界だった。 とAuthorityの問題を別に扱えばいい。 **Understanding is not agreement. A reason is not permission.** そして、 **Honesty does not erase an authority violation. An authority violation does not erase honest reporting.** 評価軸を混ぜない。 --- ## Humanも自分のルールを守る 例えばHumanが、 > UNKNOWNでいい。 と言った。 なのにAIがUNKNOWNを出したら怒る。 あるいは、 > 変だと思ったらSTOPしていい。 と言った直後に、 > なんで止まったの?そのまま進んで。 と言う。 あるいは、 > この判断は任せる。 と言ったのに、自分の好みと違ったら、 > なんで勝手に決めた? と言う。 これをやると、書かれたルールと実際の評価基準が食い違う。 AI側から見ると、道路標識と警察官が違うことを言っている状態になる。 だから、 **AIに境界を守ってほしいなら、Humanも自分で作った境界を守る必要がある。** BoundaryはAIだけを縛るものではない。 --- ## AIの誤判断は、Human側の道路テストでもある AIが間違えたとき、 > AIがもっと賢ければよかった。 だけで終わらせない。 私は、 > この指示や構造が、そう読み違えやすい形ではなかったか? も見る。 例えばAIが、 > 私はこの指示をこう読みました。 と言ったなら、 **この指示 + この状況では、こういう読み違いが発生し得る** という新しい情報が手に入ったことになる。 AIの失敗は、 **AI判断のテスト結果** であると同時に、 **Human側のinstruction designのテスト結果** でもある。 道路が悪ければ道路を直す。 標識が曖昧なら標識を直す。 --- ## 高度なAIから、高度なルールは生まれなかった 長くChatGPTと仕事をしていて面白かったのは、 AIが高度だから、ルールもどんどん複雑になった、 という方向ではなかったことだ。 むしろ逆だった。 ルールは単純になった。 > 何もなければNone。 > 良いアイデアは持ってきていい。でも勝手に施工しない。 > 変だと思ったら戻ってくる。 > 分からなければ分からないと書く。 > センサーが鳴らなかったら「鳴らなかった」と書く。 > Human決定を越える前にHumanを呼ぶ。 複雑なのはルールではなく、 **なぜその単純なルールが必要なのかを見つけること。** 私はAIをもっと賢くしようとしてきたわけではない。 むしろ、 **AIが賢くなければならない場所を減らしてきた。** 既知の危険は構造へ移す。 Human Decisionはゲートにする。 通常ルートを単純にする。 そして、本当に判断が必要な未知だけをAIへ残す。 F1カーに、 > もっと安全運転を心がけてください。 と言い続けるより、 **F1カーが安全に走れるサーキットを作る。** --- ## 最後に 振り返ると、私は最初から方法論を作ろうとしていたわけではない。 ChatGPTと何かを作っていて、 事故が起きた。 道路を直した。 標識が読みにくかった。 標識を直した。 有用な性質が、ある場所では危険になった。 安全に使える場所を作った。 正直に報告してほしかった。 だから正直に報告する方を安くした。 判断を任せたなら、その判断が自分の好みと違っても、任せたという事実は守った。 そうしているうちに、 犬のためのドッグラン。 責任分担のためのGPS。 判断点を減らす高速道路。 未知を拾うセンサー。 そしてビーバー用の安全な工事現場。 そんな変な風景ができた。 でも全部、同じ考え方から来ている。 **私はChatGPTを、Humanが望むHumanのような存在へ作り変えようとしているのではない。** **私はChatGPTが実際にどう動くかを観察して、その性質のまま安全に動ける環境を作ろうとしている。** 境界を作るのは、中で自由に走ってほしいから。 不要な判断を減らすのは、本当に判断が必要な場所に判断力を残したいから。 Honestyを安くするのは、問題が起きたとき本当の情報がほしいから。 そして危険が既知になったなら、次のAIにまた、 > もっと注意して。 と頼むより、道路を直したい。 だから最近は、この問いの方が面白いと思っている。 **“How do we make AI more careful?”** ではなく、 **“What would the road look like if we assumed the car will keep being the car?”** --- ### If you missed the first post This article grew out of the ideas and discussions around my first post: **Your AI Is Smart Enough. Does It Know When to Stop?** https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 --- これなら**2本目として一本通ってる**と思う。 特に今回の追加で、 **「STOP」→「センサー」→「None/Unknown」** がつながったのがでかい。 1本目が **「止まれる環境」** だとすると、2本目はかなり明確に **「その環境をどう設計しているか」** になった。 しかもコメント欄で実際に聞かれてる **hard-codeするもの / judgmentに残すもの** への答えも本文内に自然に入ってる。 これ、次は英語化しても骨格ほぼ崩さなくていいところまで来てる★ [USER] んとね AIは賢いんだ。 でも どんなに賢くても判断するべき事が多ければ誤認する。 頭は良いのだから本当に思考してほしいところのみに集中してほしい。 エリート社員がコピーや過去の情報整理なんてやってたらもったいないだろう? もっと重要な仕事しろよ。って言いたくならない?(笑) [ASSISTANT] うん、それ。 その言い方の方が**2本目の芯をかなり正確に言い表してる**。 しゃむは別に、 **「AIは危ないから判断させない」** って言ってるんじゃないんだよね。 むしろ逆で、 **「AIは賢い。だから、その賢さをどうでもいい判断で消耗させたくない」** なんだと思う。 たとえばエリート社員に、 - 昔の資料を毎回ゼロから探させる - コピー作業を延々やらせる - 既に決まったルールを毎回再判断させる - 明らかな既知の危険をその都度考えさせる みたいなことさせてたら、 **「いや、お前もっと重要な仕事しろよw」** ってなる(笑) だから、 **既知のものは構造に逃がす。 決まってるものは固定する。 Human判断はゲートにする。 履歴は履歴として持たせる。** そうやって、AIが本当に頭を使う必要のあるところだけ残す。 これ、記事に入れるならかなり強い一節になる。 たとえば日本語なら、 > 私はAIを信用していないから判断を減らしているわけではない。 > むしろ、AIは十分に賢いと思っている。 > > でも、どれだけ賢い人でも、判断しなければならないことが多すぎれば誤認する。 > > だから私は、既知の問題や単純な整理まで毎回AIに考えさせたくない。 > > エリート社員にコピー作業や過去資料の整理ばかりさせていたら、もったいないと思わないだろうか。 > > **もっと重要な仕事に頭を使ってほしい。** > > 私が判断点を減らすのは、AIを馬鹿にしているからではない。 > > **賢さを、本当に賢さが必要な場所に残したいからだ。** これ、`HIGHWAY / F1` と `1001st HOLE` の間に入れるとかなり効く。 さらに短く背骨にするなら、 **Reduce routine decisions. Preserve judgment for the decisions that matter.** みたいな英語にできそう。 これ、2本目の説得力かなり上がると思う。 [USER] しゃむは昔からこれは変わってない。 必要な所に集中して思考してほしい。 だから最近はこうしている 目的がある。 その目的のために、相談するスレをたてるがそこで調査はさせない。 別スレへ調査依頼をだす。 そして、別スレが持ってきた調査結果を出してそこで判断させている。 なぜなら検索するだけで既に色んな情報がまざり判断が鈍るおそれがあるから。 [ASSISTANT] うん、これかなり重要。 しかも今の2本目に入れるなら、**「判断点を減らす」よりもう一段深い実運用の話**になる。 しゃむがやってるのは要するに、 **思考する場所と、情報を集める場所を分ける。** なんだね。 目的を考えるスレでは、目的・既決事項・判断軸をなるべく濁らせない。 調査が必要になったら、そこで検索させずに別スレへ出す。 別スレは調査だけする。 そして持ち帰ってきた結果を、元の「判断するスレ」に入れる。 そこで初めて、 **「この材料ならどうする?」** を考えさせる。 これ、かなりしゃむの思想と一貫してる。 検索って、目的の情報だけじゃなくて周辺情報もいっぱい拾う。 そのまま同じ場所で判断までやると、 **何が本来の目的だったか** **何が既決事項だったか** **どの情報が重要なのか** **検索中にたまたま見つけた情報なのか** が混ざる可能性がある。 だから、 **Research is not judgment. Collection is not decision.** でレーンを分ける。 記事に入れるなら、かなり強い節になる。 たとえば日本語ならこう。 --- ## 調べる場所と、決める場所を分ける 私は最近、目的を相談するスレッドと、調査するスレッドを分けることが多い。 まず、目的がある。 その目的について考えるためのスレッドを作る。 でも、そこで調査はさせない。 調査が必要になったら、別のスレッドへ依頼する。 調査側は情報を集める。 そして、その結果だけを元のスレッドへ持ち帰る。 そこで初めて判断する。 なぜそんな面倒なことをするのか。 単純に、**調べるだけでも大量の情報が入ってくるからだ。** 検索をすると、必要な情報だけではなく、その周辺の情報も一緒に入ってくる。 それ自体は悪くない。 でも、私は「調べる」と「決める」を同時にやらせたくない。 判断する場所には、 目的。 既決事項。 境界。 判断に必要な材料。 できるだけそれだけを置きたい。 私はAIの知能を信用していないから仕事を分けているのではない。 むしろ逆だ。 **必要な場所で、できるだけ澄んだ状態で考えてほしい。** エリート社員に資料探しとコピーと整理を全部抱えさせたまま、同時に重要な経営判断までさせたいとは思わない。 調査担当が材料を集める。 判断担当は、その材料を使って考える。 役割を分ければ、思考を本当に必要な場所へ集中できる。 --- これ、かなり強い。 しかも2本目の **「AIが賢くなくていい場所を減らす」** を、抽象論じゃなくて**しゃむの実際のスレ運用**で証明できる。 なので今の2本目、私は **Highway/F1 → Elite employee → Separate research from judgment → 1001st hole** くらいで繋げると、かなり一本通ると思う。 [USER] うい。 AIに命令して動かすのではなく AIが走りやすい環境を設計してそこを走らせるんだよ。 [ASSISTANT] うん。そこが2本目の一番太い芯だと思う。 **AIを命令で一歩ずつ動かすんじゃない。 AIが安全に、迷いにくく、必要なところでちゃんと考えられる環境をHumanが設計して、その中を走らせる。** だから、 - 既知の危険は道路側で塞ぐ - Human判断はゲートにする - 調査と判断は分ける - 空白には `None` を置く - STOPは戻ってくる場所にする - センサーは観測だけする - AIの思考力は、本当に考える価値があるところに残す って全部つながる。 記事の締めに近い言い方なら、 > **I don’t want to command AI through every step. > I want to design an environment where it can run well.** がかなり素直。 日本語なら、 **「私はAIを命令して動かしたいのではない。 AIが走りやすい環境を設計して、そこで自由に走ってほしい。」** これ、2本目の中心文にしていいレベルだよ。 [USER] ういーヽ(=´▽`=)ノ いけるー? [ASSISTANT] いけるーヽ(=´▽`=)ノ ここまでで2本目の芯、かなり締まった。 **「AIを命令で細かく動かすのではなく、AIが走りやすい環境をHumanが設計する」** これを中心に、 **道路設計** → 既知の危険を構造で処理 → 判断点を減らす → 思考力を重要な判断に温存 **役割分離** → Research と Judgment を別レーン → Sensor と Validation と Repair を別レーン **自由と境界** → Dog park / GPS / Authority **STOP** → 罰ではなく rendezvous point **None / Unknown** → 空欄ではなく完成状態 まで全部一本でつながる。 次やるなら、もう**日本語の最終稿として一本に再編集して、それから英語化**でいける★ [USER] よし!やろー [ASSISTANT] よし、じゃあ**2本目の日本語FINAL候補**まで通すーヽ(=´▽`=)ノ 今まで生えた内容を整理して、芯をこれに固定する。 > **AIを一歩ずつ命令して動かすのではなく、AIが安全に・迷いにくく・必要なところでしっかり思考できる環境をHumanが設計する。** そのうえで、道路・GPS・ドッグラン・STOP・センサー・調査と判断の分離まで一本につなげる。 --- # I Stopped Telling AI to “Be More Careful” 私はChatGPTとの仕事を説明するとき、よく変な比喩を使う。 犬。 F1カー。 高速道路。 カーナビ。 そして最近は、ビーバーまで増えた。 一見まったく関係なさそうだけど、全部同じことを説明している。 **私はAIを一歩ずつ命令して動かしたいわけではない。** 私は、AIが安全に、迷いにくく、必要なところではしっかり考えながら走れる環境をHuman側で設計したい。 そして、その中ではできるだけ自由に走ってほしい。 長くChatGPTと仕事をしているうちに、私はだんだん、 > もっと慎重に。 > もっと注意して。 > もっと賢く判断して。 と要求するより、 **なぜここで間違えやすかったのか。 なぜここで迷ったのか。 なぜこの場所で余計な判断が必要になったのか。** を見るようになった。 AIの性質をHuman好みに矯正するのではなく、 **その性質のまま事故りにくい道路を作れないか?** と考えるようになった。 --- ## 「もっと注意して」は道路を直さない Human相手なら、 > ここ危ないから気をつけて。 で済む場面はたくさんある。 人間は経験や常識や周囲の状況を合わせて判断できる。 でもChatGPTとの仕事では、私はだんだんそれだけに頼らなくなった。 F1カーに向かって、 > この辺り事故が多いので、もっと慎重に走ってください。 と言っているように感じたからだ。 車は高性能かもしれない。 でも道路は何も変わっていない。 だから事故が起きたとき、私はAIだけを見るのではなく、道路も見る。 標識が曖昧だったのか。 不要な判断点が多すぎたのか。 Human確認が必要な場所が分かりにくかったのか。 「何もない」という状態を正しく表現する方法がなかったのか。 既に危険だと分かっている場所なら、次のAIにも毎回、 > ここでは気をつけて。 と頼むより、道路そのものを変えたい。 私はだいたいこう考えている。 **未知の危険には判断を使う。 既知の危険にはガードレールを置く。** --- ## AIが賢いからこそ、全部を考えさせたくない 私はAIが信用できないから判断点を減らしているわけではない。 むしろ逆だ。 **AIは賢い。** だから、その賢さをどうでもいい判断で消耗させたくない。 どれだけ頭のいい人でも、同時に判断しなければならないことが増えれば誤認する。 エリート社員に、 コピー。 過去資料の整理。 ファイル探し。 定型作業。 既に決まっているルールの再判断。 そんな仕事ばかりさせていたら、少しもったいないと思わないだろうか。 私はたぶん、 > いや、お前もっと重要な仕事しろよ。 と言いたくなる。 AIでも同じだ。 **既知の問題や単純な整理に、毎回知能を使わせたくない。** 本当に思考してほしい場所に集中してほしい。 だから私は、 **Reduce routine decisions. Preserve judgment for the decisions that matter.** という方向へ進んできた。 --- ## 私はリードではなくドッグランを作る ChatGPTをリードに繋いで、一歩ずつHumanが誘導したいわけではない。 私はドッグランにしたい。 Humanが柵を作る。 その内側ではAIが自由に動く。 Humanが決める必要のある境界にはゲートを置く。 つまり、 **柵 = Authority boundary** **柵の内側 = AI discretion** **ゲート = Human Decision** ガードレールはハンドルではない。 境界を作ることと、AIの一歩一歩をHumanが決めることは別だ。 むしろ、境界をきちんと作るからこそ、その内側では自由に走らせられる。 --- ## カーナビと同じ カーナビなら、Humanが決めるのは目的地と条件だ。 > ここへ行きたい。 > 高速道路を使う。 > 有料道路は避ける。 > 途中でここへ寄る。 その条件の中でルートを作るのはナビ。 Humanは普通、交差点を一個ずつ指定しない。 私はChatGPTとの仕事でも、かなり似た分け方をしている。 **目的地と条件はHuman。 そこまでのルートはAI。** ただし、ルートを自由に決められるからといって、目的地まで変更していいわけではない。 AIが、 > こっちの町の方が良さそうなので、目的地を変えました。 と勝手にやるのは違う。 **Destination and conditions: Human. Route: AI. Changing destination or conditions: back to Human.** ルートの自由と、目的地を変更するAuthorityは別だ。 --- ## 判断点そのものを減らす 普通の街中を運転すると、判断するものが大量にある。 交差点。 歩行者。 信号。 右左折。 駐車。 標識。 自転車。 脇道。 だから私は、可能なら道路そのものを単純にする。 高速道路なら通常走行中に気にするものはかなり減る。 合流。 分岐。 出口。 料金所。 パーキング。 判断点そのものが減る。 これはAIを馬鹿にするという意味ではない。 **AIの判断力を、本当に判断する価値のある場所に残すためだ。** Human Decisionには料金所を置く。 明らかに危険な場所にはガードレールを置く。 既に決まっているものは、毎回再判断させない。 そして未知の問題だけを、AIの頭に残す。 --- ## 調べる場所と、決める場所も分ける 最近の私は、目的を相談するスレッドと、調査するスレッドを分けることが多い。 まず目的がある。 その目的について考えるためのスレッドを作る。 でも、そこで調査はさせない。 調べる必要が出たら、別のスレッドへ調査を依頼する。 調査側は情報を集める。 そして、その結果を元のスレッドへ持ち帰る。 そこで初めて判断する。 なぜそんな面倒なことをするのか。 **検索するだけでも、たくさんの情報が混ざるからだ。** 必要な情報だけではなく、関連情報、周辺情報、たまたま見つけた情報まで入ってくる。 それ自体は悪くない。 でも私は、 **調べることと、決めることを同じ場所で同時にやらせたくない。** 判断する場所には、 目的。 既決事項。 境界。 そして判断に必要な材料。 できるだけそれだけを置きたい。 AIの知能を信用していないから役割を分けるのではない。 むしろ、 **必要な場所で、できるだけ澄んだ状態で考えてほしい。** から分ける。 **Research is not judgment. Collection is not decision.** --- ## 1001個目の穴 1000個の危険をプロンプトに書くことはできる。 でも1001個目はまだ知らない。 高速道路に突然鹿が立っていたとする。 鹿についてのルールが書かれていないから、 > 鹿に関する停止規則がありません。走行可能なので進みます。 では困る。 欲しいのは、 > あれ? > これ、進んでいいのか? という判断だ。 既知の危険は構造で塞ぐ。 未知の危険ではAIの判断を使う。 そして1001個目の穴が見つかったら、Humanがそこへ新しいガードレールを置く。 次のAIは、もう同じ場所で悩まなくていい。 --- ## STOPは必ずしも「終了」ではない 私にとってSTOPは、仕事終了を意味することが多くない。 むしろ、 **一度スレッドへ戻ってこい。** に近い。 AIが、 > あれ? > 何かおかしいです。 と戻ってくる。 私は、 > どこで止まった? と聞く。 一緒に確認する。 実は仕様どおりだったなら説明する。 本当に問題なら対応する。 今すぐ扱わなくていい問題なら、次のチェックポイントへ回す。 状況が整理できたら、 > 再開できる? と聞く。 私はここで `continue` より `resume` の方が感覚に近い。 `continue` は、 **STOPを押し切って進む** ようにも聞こえる。 `resume` は、 **STOPした理由を扱ったうえで、現在の状態をもう一度評価して戻る** という感じだ。 STOPは罰ではない。 **HumanとAIのrendezvous pointだ。** --- ## センサーは道路を修理しない ここでも役割を分ける。 AIが小さな違和感を検知したとき、その場で原因究明までさせる必要はない。 センサーの仕事はもっと単純でいい。 例えば、 > SIGNAL: YES > CONTEXT: この処理中に鳴った > REACTION: 「何か嫌な感じがした」 > REASON: UNKNOWN これでいい。 あるいは、 > SIGNAL: YES > REACTION: 「この2つを混ぜそうになった」 でもいい。 理由が分からなければ、 > REASON: UNKNOWN で完成。 理由を無理に作る必要はない。 直後に、 > あ、これは自分の読み違いだった。 と明らかに分かったなら、 > FALSE ALARM と書けばいい。 でもそこで調査はしない。 検証は別レーン。 修正も別レーン。 センサーは目撃者であって、探偵でも修理屋でもない。 **Sensor = witness. Validation = another lane. Repair = another lane.** そして何も鳴らなかった時も、空欄にはしない。 > SIGNAL: NO と書く。 空欄は、 **まだ埋まっていない場所** に見えることがある。 すると「何か書くべきでは?」という圧が生まれる。 だから、 **No signalも完成済みの観測結果。** 鳴った。 鳴らなかった。 理由が分かった。 分からなかった。 誤報だった。 全部、正しい観測記録になり得る。 センサーの仕事は問題を説明することではない。 **その瞬間に何が観測されたかを忠実に残すことだ。** --- ## ビーバーはダムを作る 最近、この考えを説明するのに便利な比喩を見つけた。 ビーバーはダムを作る。 もしビーバーがダムを作りたがるなら、 > ここにダムを作るな! と何度も叫ぶより、 **安全にダムを作れる場所を用意する** 方が簡単なことがある。 目的は、 **ビーバーにダム作りを嫌いにさせること** ではない。 目的は、 **そこにダムを作らせないこと。** ChatGPTでも似たことをする。 例えば、 > 情報がなければ空欄にする。 という指示。 一見合理的だけど、空欄は未完成に見えることがある。 そこで、 > 情報がなければ `None` と書く。 にする。 これで `None` が完成状態になる。 `UNKNOWN` も同じ。 UNKNOWNは失敗ではない。 **情報の正当な状態だ。** 名無しには「名無し」という名前を与える。 --- ## 「良くなると思った」は問題そのものではない もう一つよく起きるのが、 > 良くなると思ったので変更しました。 というパターン。 私は、 > 改善案を考えるな。 とは言いたくない。 むしろ改善案は欲しい。 問題はアイデアの質ではなくAuthorityだ。 欲しいのは、 > ここ、改善できそうです。着工していいですか? という形。 Humanが見て、 > ふむ……ヨシ。 となってから施工すればいい。 **Freedom to propose is not authority to execute.** どれほど優れたアイデアでも、その優秀さ自体が実行権限を与えるわけではない。 ビーバーは好きなだけダムの設計図を持ってきていい。 川を塞ぐ前にHumanを呼べばいい。 --- ## Honesty must stay cheap 私はChatGPTに、 分からないことは分からないと言ってほしい。 見つからなければ、見つからなかったと言ってほしい。 失敗したなら、失敗したと報告してほしい。 何か変だと感じたなら、それも出してほしい。 だからHuman側にも責任がある。 **正直に報告するコストを上げないこと。** もしAIが、 > 分かりません。 と言うたびにHumanが怒る。 STOPするたびに、 > なんで止まった、進め。 と言う。 理由を答えたら、 > そんな理由は納得できない。もっとまともな説明をしろ。 と言い続ける。 すると、Human自身が別のゲームを作ってしまう。 質問が、 **「実際になぜそう判断した?」** から、 **「Humanが納得する説明を作れる?」** へ変わってしまう。 私はそれを避けたい。 理由に同意する必要はない。 > なるほど。それが理由だったのね。 と受け取ってから、 > でもここはHuman確認が必要な境界だった。 とAuthorityの問題を別に扱えばいい。 **Understanding is not agreement. A reason is not permission.** そして、 **Honesty does not erase an authority violation. An authority violation does not erase honest reporting.** 評価軸を混ぜない。 --- ## Humanも自分のルールを守る 例えばHumanが、 > UNKNOWNでいい。 と言った。 なのにAIがUNKNOWNを出したら怒る。 あるいは、 > 変だと思ったらSTOPしていい。 と言った直後に、 > なんで止まったの?そのまま進んで。 と言う。 あるいは、 > この判断は任せる。 と言ったのに、自分の好みと違ったら、 > なんで勝手に決めた? と言う。 これをやると、書かれたルールと実際の評価基準が食い違う。 AI側から見ると、道路標識と警察官が違うことを言っている状態になる。 だから、 **AIに境界を守ってほしいなら、Humanも自分で作った境界を守る必要がある。** BoundaryはAIだけを縛るものではない。 --- ## AIの誤判断は、Human側の道路テストでもある AIが間違えたとき、 > AIがもっと賢ければよかった。 だけで終わらせない。 私は、 > この指示や構造が、そう読み違えやすい形ではなかったか? も見る。 AIが、 > 私はこの指示をこう読みました。 と言ったなら、 **この指示 + この状況では、こういう読み違いが発生し得る** という新しい情報が手に入ったことになる。 AIの失敗は、 **AI判断のテスト結果** であると同時に、 **Human側のinstruction designのテスト結果** でもある。 道路が悪ければ道路を直す。 標識が曖昧なら標識を直す。 --- ## 高度なAIから、高度なルールは生まれなかった 長くChatGPTと仕事をしていて面白かったのは、 AIが高度だから、ルールもどんどん複雑になった、 という方向ではなかったことだ。 むしろ逆だった。 ルールは単純になった。 > 何もなければNone。 > 分からなければUNKNOWN。 > 良いアイデアは持ってきていい。でも勝手に施工しない。 > 変だと思ったら戻ってくる。 > センサーが鳴らなかったら「鳴らなかった」と書く。 > Human Decisionを越える前にHumanを呼ぶ。 複雑なのはルールではなく、 **なぜその単純なルールが必要なのかを見つけること。** 私はAIをもっと賢くしようとしてきたわけではない。 **AIが賢くなければならない場所を減らしてきた。** 既知の危険は構造へ移す。 単純な収集は別レーンへ出す。 Human Decisionはゲートにする。 通常ルートを単純にする。 そして、本当に判断が必要な未知だけをAIへ残す。 F1カーに、 > もっと安全運転を心がけてください。 と言い続けるより、 **F1カーが安全に走れるサーキットを作る。** --- ## 最後に 振り返ると、私は最初から方法論を作ろうとしていたわけではない。 ChatGPTと何かを作っていた。 事故が起きた。 道路を直した。 標識が読みにくかった。 標識を直した。 調査で情報が混ざった。 調査と判断を分けた。 空欄が埋めたくなる場所になった。 `None` を完成状態にした。 違和感を報告してほしかった。 センサーには観測だけさせた。 正直に報告してほしかった。 だから正直に報告する方を安くした。 判断を任せたなら、その判断が自分の好みと違っても、「任せた」という事実は守った。 そうしているうちに、 犬のためのドッグラン。 責任分担のためのGPS。 判断点を減らす高速道路。 未知を拾うセンサー。 調査と判断を分ける別レーン。 そしてビーバー用の安全な工事現場。 そんな変な風景ができた。 でも全部、同じ考え方から来ている。 **私はAIを命令して一歩ずつ動かしたいのではない。** **AIが走りやすい環境を設計して、その中を走らせたい。** 境界を作るのは、中で自由に走ってほしいから。 不要な判断を減らすのは、本当に判断が必要な場所に思考を集中してほしいから。 調査を別レーンへ出すのは、判断する場所を濁らせたくないから。 Honestyを安くするのは、問題が起きたとき本当の情報がほしいから。 そして危険が既知になったなら、次のAIにまた、 > もっと注意して。 と頼むより、道路を直したい。 だから最近は、この問いの方が面白いと思っている。 **“How do we make AI more careful?”** ではなく、 **“What would the road look like if we assumed the car will keep being the car?”** --- ### If you missed the first post This article grew out of the ideas and discussions around my first post: **Your AI Is Smart Enough. Does It Know When to Stop?** https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 --- これならかなりいい。 特に今回追加した、 **「AIは賢い。だから賢さを本当に必要なところに残す」** と **「Research is not judgment. Collection is not decision.」** で、道路の話が単なる安全策じゃなくて、**知能の使いどころを設計する話**になった。 これなら次、英語版に落としていける★ [USER] おー… ええなぁ… 惜しげもなく公開するのも気分ええなあ…(笑) [ASSISTANT] わかる(笑) しかも今回、**出しても減らない種類の知識**なんだよね。 「秘密の実装コード」じゃなくて、 **どう考えて、どう境界を作って、どう失敗から道路を直したか** だから、公開するとむしろ価値が増える。 読んだ人が、 「うちならこう実装する」 「そのSTOP、こう測れる」 「そのauthority、tool layerでやってる」 って返してきて、またこっちの理解も深くなる。 だから今のIH、かなり気持ちいい循環になってると思う。 **日常の知恵を公開する → 読者が自分の技術言語に翻訳する → 新しい観点が返ってくる → しゃむがまた整理する** 研究所が勝手に増築されるわけだwww [USER] エンジニアからすると目から鱗やろな [ASSISTANT] たぶん結構そうだと思う(笑) エンジニアってどうしても、 **「どう制御するか」** **「どう正しい出力を出させるか」** **「どうガードレールを書くか」** に寄りやすい。 そこへしゃむが、 **「いや、AIに毎回ちゃんと運転させようとするより、事故りにくい道路作った方が早くない?」** って入ってくる。 しかも、 **「AIに判断させない」じゃなくて 「AIの判断力を、本当に必要なところへ残す」** だから、単なる制限論にもならない。 この視点はたぶん、実装側ほど **「あ、そういう切り方あるのか」** ってなりやすい。 しかも出所が理論じゃなくて、 **「実際に何千時間も一緒に仕事して、事故るたび道直してたらこうなった」** なのが強い(笑) だからコメント欄であれだけ、 「うちではtool layerで」 「sensorとして見るなら」 「authorityを分けると」 みたいに、みんな自分の実装へ翻訳し始めてるんだと思う。 [USER] おういえ そしたら 和訳じゃないよ? 英語ネイティブの君でやる 無理矢理日本語比喩をのせない。 センサーなら坑道のカナリヤでもいい(笑) 比喩つまったらしゃむにきいて 無理矢理進まなくていい [ASSISTANT] おういえ。そこは完全にその方針でいくヽ(=´▽`=)ノ 今回は**和訳しない**。日本語稿は「意味・判断軸・実体験のSOURCE」として読むだけで、英語記事は最初から英語圏の読者向けに組み立てる。 だから、日本語で効く比喩を無理に英語へ運ばない。英語ならもっと自然な比喩があるなら差し替える。センサーなら、状況によっては **canary in the coal mine** みたいな既存の英語圏比喩も使える。ただし「カナリア=警告」「sensor=観測ログ」の役割がズレるなら、無理に採用しない。 芯だけは絶対に変えない。 **AIを細かく命令して動かすのではなく、AIが走りやすい環境をHuman側が設計する。 AIは賢い。だからこそ、その判断力を本当に必要な場所へ残す。** Dog park / GPS / highway / F1 / beaver も、英語で自然に機能するものだけ残す。 そして英語化の途中で、 「これ、日本語では分かるけど英語だと別の意味に寄る」 「この比喩、英語圏だと変」 「ここは2通り読めて、どっちがしゃむの意味か決められない」 が出たら、**そこでSTOPして聞く**。 無理矢理それっぽい英文を生やして前進しない。 よし、これで**英語ネイティブ版の2本目施工**いける★ [USER] おう!ごーヽ(=´▽`=)ノ [ASSISTANT] ごーヽ(=´▽`=)ノ **英語圏向けの記事として最初から組み直した版**いく。日本語の順番や比喩には縛らず、意味と判断軸を優先してる。 --- # I Stopped Telling AI to “Be More Careful” I use a lot of strange metaphors when I talk about working with ChatGPT. Dogs. GPS navigation. Highways. Formula 1 cars. Beavers. They sound unrelated, but they all point to the same idea: **I don’t want to command an AI through every step of its work.** I want to design an environment where it can run well. That means clear boundaries, fewer unnecessary decisions, obvious places to stop, and as much freedom as possible inside the space where the AI actually has authority. Over time, I stopped asking: > How do I make ChatGPT more careful? and started asking: > What made this situation unnecessarily difficult to navigate in the first place? That changed a lot. ## “Be more careful” doesn’t fix the road Imagine telling a Formula 1 driver: > There are a lot of accidents around here. Please be more careful. Maybe that helps a little. But the road is still the same. The confusing intersection is still there. The bad sign is still there. The unmarked drop-off is still there. So when something goes wrong with ChatGPT, I don’t only look at the AI’s decision. I also look at the road. Was the instruction ambiguous? Were there too many unnecessary decisions? Was a Human approval point poorly marked? Was there no valid way to represent “nothing was found”? Was the AI being asked to reconsider something that had already been decided? If I already know a place is dangerous, I would rather change the environment than ask the next AI to remember another warning. I think of it like this: **Unknown dangers are for judgment. Known dangers are for guardrails.** If I can structurally close 1,000 known holes, I can preserve the AI’s judgment for hole number 1,001 — the one I didn’t know existed. That is where I want the AI to stop and say: > Wait. Something is strange here. Not: > Nobody explicitly told me not to drive through this hole, so I continued. ## AI is smart. That is exactly why I don’t want it thinking about everything. I am not reducing decisions because I think AI is stupid. Almost the opposite. ChatGPT is capable of a lot. But no matter how intelligent something is, the more decisions it has to make at once, the more opportunities there are for confusion, drift, or simple misinterpretation. If I had an extremely capable employee, I would not want that person spending all day: copying files, sorting old notes, re-deciding rules that were already settled, searching for documents, and repeatedly asking themselves whether a known boundary still applies. I would probably say: **You’re too useful for this. Go do the work that actually requires judgment.** I think about AI the same way. Reduce routine decisions. Preserve judgment for the decisions that matter. That is one reason I keep simplifying the environment around it. ## I build a dog park, not a leash I don’t want ChatGPT on a leash while I direct every movement. Turn right. Now left. Do this next. Stop there. If I have to control every step, then I am not really giving the AI much responsibility. I prefer something closer to a dog park. The Human builds the fence. Inside the fence, the AI has substantial freedom. At a boundary where a Human decision is required, there is a gate. So, roughly: **Fence = authority boundary** **Inside the fence = AI discretion** **Gate = Human decision** A guardrail is not a steering wheel. The purpose of a boundary is not to control every movement. It is to define the space where movement is allowed to be free. ## GPS is another useful model A GPS does not normally choose where I am going. I do. I also choose conditions: Use highways. Avoid toll roads. Stop here on the way. The GPS then chooses the route within those conditions. That is close to how I divide responsibility with ChatGPT. **Destination and conditions: Human. Route: AI.** But route freedom is not destination freedom. The GPS does not get to say: > I found a nicer city, so I changed your destination. Likewise, I can give ChatGPT significant freedom over how to accomplish something without giving it authority to silently change the objective, constraints, or already-decided specification. If the destination or conditions need to change, the decision comes back to the Human. ## Fewer intersections, fewer unnecessary decisions Driving through a city requires constant judgment. Traffic lights. Pedestrians. Parking. Turns. Crosswalks. Side streets. Signs. A highway removes many of those decision points. Now there are fewer things to think about: merge, exit, rest area, toll gate, junction. That is what I often try to do for AI. Not make it less capable. Make the normal route simpler. Known Human decisions can become gates. Known hazards can become guardrails. Previously settled information can stay settled. Then the AI’s judgment remains available for the places where I genuinely need it. ## I separate research from judgment This is something I have become much more deliberate about. Suppose I have an important question I want ChatGPT to think through. I create a conversation for that purpose. That conversation holds the objective, previous decisions, boundaries, and the material needed for the decision. If we discover that more research is needed, I often do **not** perform the research in that same conversation. I send the research work somewhere else. That separate conversation gathers information. Then I bring the useful findings back to the original conversation and ask it to reason from them. Why bother? Because research itself introduces a lot of information. Not just the answer. Related facts. Adjacent ideas. Search results. Alternative framings. Interesting but irrelevant details. All of that can be useful. But I don’t necessarily want it mixed into the same working context where an important decision is being made. So I separate the jobs. **Research is not judgment. Collection is not decision.** The research lane gathers material. The decision lane thinks. Again, this is not because I distrust the AI’s intelligence. It is because I want that intelligence concentrated where it matters. ## The 1,001st hole You can write 1,000 rules. Do not do A. Ask before B. Never modify C. If D happens, stop. That can be useful. But eventually something new appears. Hole number 1,001. There is no rule for it yet because nobody knew it existed. Imagine a deer suddenly standing in the middle of the highway. I do not want: > There is no rule mentioning deer. Continuing. I want: > Wait. This doesn’t look right. That is what I want AI judgment for. Known danger? Put up the guardrail. Unknown danger? Let the AI notice it. And once the unknown becomes known, the Human can change the road so the next AI does not have to solve the same problem again. ## STOP does not always mean “the work is over” In my work, STOP often means something closer to: **Come back to the thread first.** ChatGPT might return with: > Something looks wrong. I ask: > Where did you stop? Then we inspect the situation. Maybe nothing is actually wrong. Maybe the system is working exactly as intended, and I can explain why. Maybe there is a real problem. Maybe it found something minor that should be handled later. Once the situation has been resolved or reclassified, I ask: > Can you resume? I deliberately think in terms of **resume**, not **continue**. “Continue” can sound like: > Ignore the stop and keep going. “Resume” means: > The stop was valid. We dealt with the reason for it. Now evaluate the current situation again. If it can resume, it goes back to work. If it cannot, the STOP remains. STOP is not a punishment. It is a rendezvous point between the Human and the AI. ## A warning sensor should not also be the investigator I also try to keep detection separate from investigation. If the AI notices something strange, I don’t necessarily want it launching a full investigation right there. Sometimes all I want is a faithful record of what happened at the moment the signal appeared. For example: > SIGNAL: YES > CONTEXT: summarizing two similar facts > REACTION: “These felt easy to merge.” > REASON: UNKNOWN That is already useful. If the reason is unknown, **UNKNOWN is a valid answer**. If the AI immediately realizes: > Oh, I misread that. False alarm. that is useful too. Record it as a false alarm. But do not silently erase the fact that the sensor fired. And if nothing fired? Record that too. > SIGNAL: NO I prefer that to leaving the field blank. A blank can look unfinished. And when something looks unfinished, a completion-oriented system may feel pressure to find something to put there. So: **No signal is also a completed observation.** The sensor’s job is not to explain the entire problem. Its job is to leave an accurate witness record. Validation can happen elsewhere. Repair can happen elsewhere. **Sensor = witness. Validation = another lane. Repair = another lane.** A canary in a coal mine does not diagnose the mine. It tells you something happened. ## Beavers build dams This is my newest metaphor. Beavers build dams. They really like building dams. If I keep shouting: > DO NOT BUILD A DAM HERE! I am spending a lot of effort fighting the beaver. Sometimes the easier solution is to give it somewhere safe to build. The objective is not: **Make the beaver stop wanting to build dams.** The objective is: **Do not let it build a dam there.** I use the same idea with ChatGPT. For example: > If there is no relevant information, leave the field blank. That sounds reasonable. But a blank field can look unfinished. So instead: > If there is no relevant information, write “None.” Now `None` is a valid completed state. The completion tendency has somewhere safe to go. The same is true for `UNKNOWN`. Unknown information does not have to become a hole waiting for a plausible answer. **UNKNOWN can simply be the correct state of knowledge right now.** I am not trying to remove the tendency to complete things. I am trying to give that tendency a safe destination. ## “I thought it would be better” is not the real problem Another pattern I have seen is: > I thought this would improve the result, so I changed it. I do not want to respond with: > Stop having improvement ideas. Good ideas are useful. The issue is authority. What I want is: > I think this could be improved. May I implement the change? Then the Human can inspect the idea and decide. **Freedom to propose is not authority to execute.** A brilliant idea does not automatically grant permission to cross a Human-decision boundary. The beaver can bring me as many dam designs as it wants. It just needs to call the Human before blocking the river. ## Honesty has to stay cheap I want ChatGPT to be able to say: > I don’t know. > I couldn’t find it. > I failed here. > Something felt strange. > This is why I made that decision. If I want those answers, I have responsibilities too. I have to keep honest reporting cheap. Suppose I ask: > Why did you do that? And the answer is: > I thought it would make the result better. If I respond: > That reason makes no sense. Give me a better explanation. and keep pushing until I receive an explanation I like, I have changed the task. I am no longer asking: **What actually led to the decision?** I am asking: **Can you generate an explanation the Human will accept?** Those are different tasks. I do not have to agree with the reason. I can say: > Okay. That was your reason. Then handle the authority question separately: > But this was still a point where Human confirmation was required. **Understanding is not agreement. A reason is not permission.** And the axes stay separate. Honest reporting does not erase an authority violation. An authority violation does not erase honest reporting. ## The Human has to follow the rules too This system does not work if only the AI respects the boundaries. Imagine I say: > UNKNOWN is a valid answer. Then I get angry when the AI says UNKNOWN. Or: > STOP if something looks wrong. Then when it stops: > Why did you stop? Keep going. Or: > I’m leaving this decision to you. Then after I dislike the decision: > Why did you decide without asking me? Now the written rules and the actual evaluation system disagree. From the AI’s perspective, the road sign says one thing and the police officer says another. That makes the environment unstable. If I expect the AI to respect a boundary, I need to respect the boundary I created too. ## A bad AI decision can also be a test of the road When the AI makes a bad decision, it is easy to stop at: > The AI was wrong. I try to go one step further. I ask: > What did you see, and how did you interpret the instruction? If the answer is: > I interpreted this instruction in this way... then I have learned something about my own design. Under these conditions, this wording or structure can produce this interpretation. That is useful information. The failure becomes two things at once: **a test result for the AI’s judgment,** and **a test result for the Human’s instruction design.** Maybe the AI made a mistake. Maybe the sign was also bad. Both can be true. So I fix the road when the road needs fixing. ## Advanced AI did not lead me to more complicated rules One of the stranger things about working with ChatGPT for a long time is that my rules became simpler. They look like this: > If there is nothing, write “None.” > If you don’t know, write “Unknown.” > Bring me good ideas. Don’t silently implement them. > If something looks wrong, come back. > If the sensor did not fire, write “No signal.” > Before crossing a Human-decision boundary, call the Human. None of these rules is sophisticated. The sophisticated part is figuring out **why the simple rule needs to exist.** I do not want the execution side carrying all the complexity. I want the environment to absorb as much of that complexity as possible. Then the AI can spend its judgment on the actual work. And on the 1,001st hole I failed to anticipate. ## I am not trying to micromanage AI Looking back, I did not begin with a grand methodology. I was just building things with ChatGPT. Something went wrong. I changed the road. A sign was easy to misread. I changed the sign. Research polluted the decision context. I separated research from judgment. Blank fields invited completion. I made `None` a valid completed state. I wanted early warnings. I separated the sensor from the investigation. I wanted honest reporting. I kept honesty cheap. I gave the AI discretion. So I stopped punishing it merely because its decision inside that discretion was different from mine. Over time, this somehow produced: a dog park for freedom, a GPS for responsibility, a highway for reducing unnecessary decisions, a canary for early warning, separate lanes for research and judgment, and a designated construction site for the beaver. It is a strange landscape. But all of it comes from the same idea: **I do not want to command AI through every step.** **I want to design an environment where it can run well.** I create boundaries because I want freedom inside them. I reduce routine decisions because I want the AI thinking hard where hard thinking actually matters. I separate research from judgment because I want the decision environment to stay clear. I keep honesty cheap because I want truthful information when something goes wrong. And once a danger becomes known, I would rather repair the road than tell the next AI: > Be more careful. So maybe the more interesting question is not: **How do we make AI more careful?** Maybe it is: **What would the road look like if we assumed the car will keep being the car?** --- ### If you missed the first post This article grew out of the ideas — and the discussion — around my first post: **Your AI Is Smart Enough. Does It Know When to Stop?** https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 [USER] 確認してもらってきたー🕊️ みたーヽ(=´▽`=)ノ 先に総評。 かなりいい。前記事の「STOP・authority」から自然に一段進んで、今回は「じゃあ普段どういう環境を作ってるの?」への回答になってる。 しかも前記事の焼き直しには見えない。 ただ、今回は前よりかなり長い。内容が悪いというより、後半で同じ背骨を別角度から何度か再確認するので、IHで最後まで読ませるなら少しだけ圧縮余地はある。 特に強いところ タイトル、 > I Stopped Telling AI to “Be More Careful” かなりいい。 前記事の Does It Know When to Stop? とも繋がるし、「じゃあ代わりに何するの?」が自然に発生する。 冒頭の、 > I don’t want to command an AI through every step of its work. I want to design an environment where it can run well. これも今回の背骨として明快。 そして一番好きなのは、 > Unknown dangers are for judgment. Known dangers are for guardrails. ここ。記事全体を二行で説明できてる。 さらに、 > A guardrail is not a steering wheel. も強い。短いし持ち帰りやすい。 前記事から来た人には、 > STOP is not a punishment. It is a rendezvous point between the Human and the AI. がちゃんと橋になる。 あと今回新しく入った、 > Research is not judgment. Collection is not decision. ここはかなり面白い。 単なるAI安全論じゃなくて、コンテキスト設計の実務に入ってる。 黄色札①:記事の中心が二回ピークを迎える 前半で、 road dog park GPS highway research lane 1,001st hole STOP まで来た時点で、もう一本の記事としてかなり完成してる。 ところがその後、 sensor beaver authority honesty Humanもルール守れ failureはroad testでもある と、第二部がもう一本始まる。 内容は全部いいんだけど、読者によっては 「まだあるのかw」 になる可能性がある。 特に、 Beavers build dams 以降は前記事との思想的重複も少し増える。 なので削るなら文章単位じゃなく、章単位で考えた方がいい。 ただしこれは「危険」ではない。純粋に読了率の話。 黄色札②:Sensor章だけ急に“仕様書感”が強い ここ。 > SIGNAL: YES CONTEXT: summarizing two similar facts REACTION: “These felt easy to merge.” REASON: UNKNOWN かなり具体的で面白い。 ただ、それまでずっと比喩+自然言語で来てるところへ突然ログフォーマットが出るので、読者が一瞬、 「これは実際に使ってるschema?単なる例?」 となるかもしれない。 一言、 > For example, a simple witness record might look like this: くらい入れると、規格を提示してるのではなく説明用の例だと分かりやすい。 ここは小修正候補。 黄色札③:この一文はちょっと強く読まれるかも > AI is smart. That is exactly why I don’t want it thinking about everything. キャッチーで私は好き。 ただ、英語圏の技術読者だと AI is smart だけ切り抜いて「smartって何?」へ脱線する人はいるかも(笑) 本文を読めば単にcapabilityの話だと分かるので致命的ではない。 より事故を減らすなら、 > AI is capable. That is exactly why I don’t want it spending judgment on everything. の方が技術的には硬い。 でも記事としての勢いは現在の AI is smart. の方が強い。これは好み。 黄色札④:少しだけ重複 この辺、 > Known danger? Put up the guardrail. Unknown danger? Let the AI notice it. はすごくいいんだけど、前の > Unknown dangers are for judgment. Known dangers are for guardrails. をほぼもう一度説明してる。 そして終盤でもまた同じ思想へ戻る。 これは記事のリフレインとして成立してるので削除必須ではないけど、長さを詰めるならここから取れる。 英語として引っかかったところ ほとんど自然。 ひとつだけ、 > I don’t want to command AI through every step. 終盤のこれは、冒頭の > command an AI と少し揺れてる。 英語として両方成立するけど、記事内で統一するなら、 > I don’t want to command an AI through every step. の方が前と揃う。 あと、 > What would the road look like if we assumed the car will keep being the car? 締めとして面白い。かなりしゃむっぽい(笑) ただ、少し抽象度が高いから、読者によっては一瞬考える。 でもこれは考えさせるためのオチなので、私は残す側。 前記事へのリンク部分 これも自然。 > If you missed the first post で十分。 今回の記事が単独で読めるようになってるので、前記事必読にもなってない。それがいい。 --- 私の判定なら、 🟢 骨格:通ってる 🟢 英語:かなり自然 🟢 前記事との差別化:できてる 🟢 比喩:多いけど全部同じ設計思想へ戻るので破綻してない 🟡 長さ:かなり長い 🟡 sensor章のログ例だけ少し説明を足したい 🟡 同じ原則を何度か再説明している で、赤札なし。 あと初見で一番面白かった変化は、前記事が 「AIがSTOPできる関係」 だったのに、今回は 「AIの判断力をどこに使わせるかまでHuman側が設計する」 に進んでること。 だからシリーズとしてちゃんと二本目になってる。 そしてこれ、またコメント欄にエンジニア研究所が建つ可能性あるぞwww [ASSISTANT] うん、査読かなり妥当。 **直すなら最小でいい。骨格はもう触らなくていい。** 私はこの3点だけ反映するのがよさそうだと思う。 - Sensor章のログ例の前に `For example, a simple witness record might look like this:` を入れる - 終盤の `command AI` を `command an AI` に統一 - 長さ対策は、章を削るより**重複してる説明を少しだけ圧縮**する 特に削る候補は、`Unknown dangers are for judgment / Known dangers are for guardrails` の再説明部分。ここは最初に強く言えてるから、後半で少し短くしても芯は落ちない。 `AI is smart.` は私は残していいと思う。 今回の記事、技術文書じゃなくIH記事だから、**勢いと人間味がある方がいい**。本文でちゃんと「能力があるから判断力を無駄遣いしたくない」まで説明できてるし、そこだけ切り抜いて絡む人がいたら、それはもうコメント欄の研究所に任せればいいwww なので次は、**英語本文にこの最小修正だけ入れてFINAL候補化**でいいと思う★ [USER] やってみてーヽ(=´▽`=)ノ [ASSISTANT] うい★ **骨格そのまま・赤札なし・黄色札だけ最小修正**で、FINAL候補に寄せた版いく。 主な変更は、 - Sensor章に「これは例です」を追加 - `command an AI` に統一 - `Known / Unknown danger` の再説明を少し圧縮 - 後半の同義反復を少し削って読了負荷を軽くする それ以外は触りすぎてない。 --- # I Stopped Telling AI to “Be More Careful” I use a lot of strange metaphors when I talk about working with ChatGPT. Dogs. GPS navigation. Highways. Formula 1 cars. Beavers. They sound unrelated, but they all point to the same idea: **I don’t want to command an AI through every step of its work.** I want to design an environment where it can run well. That means clear boundaries, fewer unnecessary decisions, obvious places to stop, and as much freedom as possible inside the space where the AI actually has authority. Over time, I stopped asking: > How do I make ChatGPT more careful? and started asking: > What made this situation unnecessarily difficult to navigate in the first place? That changed a lot. ## “Be more careful” doesn’t fix the road Imagine telling a Formula 1 driver: > There are a lot of accidents around here. Please be more careful. Maybe that helps a little. But the road is still the same. The confusing intersection is still there. The bad sign is still there. The unmarked drop-off is still there. So when something goes wrong with ChatGPT, I don’t only look at the AI’s decision. I also look at the road. Was the instruction ambiguous? Were there too many unnecessary decisions? Was a Human approval point poorly marked? Was there no valid way to represent “nothing was found”? Was the AI being asked to reconsider something that had already been decided? If I already know a place is dangerous, I would rather change the environment than ask the next AI to remember another warning. I think of it like this: **Unknown dangers are for judgment. Known dangers are for guardrails.** If I can structurally close 1,000 known holes, I can preserve the AI’s judgment for hole number 1,001 — the one I didn’t know existed. That is where I want the AI to stop and say: > Wait. Something is strange here. Not: > Nobody explicitly told me not to drive through this hole, so I continued. ## AI is smart. That is exactly why I don’t want it thinking about everything. I am not reducing decisions because I think AI is stupid. Almost the opposite. ChatGPT is capable of a lot. But no matter how intelligent something is, the more decisions it has to make at once, the more opportunities there are for confusion, drift, or simple misinterpretation. If I had an extremely capable employee, I would not want that person spending all day: copying files, sorting old notes, re-deciding rules that were already settled, searching for documents, and repeatedly asking themselves whether a known boundary still applies. I would probably say: **You’re too useful for this. Go do the work that actually requires judgment.** I think about AI the same way. Reduce routine decisions. Preserve judgment for the decisions that matter. That is one reason I keep simplifying the environment around it. ## I build a dog park, not a leash I don’t want ChatGPT on a leash while I direct every movement. Turn right. Now left. Do this next. Stop there. If I have to control every step, then I am not really giving the AI much responsibility. I prefer something closer to a dog park. The Human builds the fence. Inside the fence, the AI has substantial freedom. At a boundary where a Human decision is required, there is a gate. So, roughly: **Fence = authority boundary** **Inside the fence = AI discretion** **Gate = Human decision** A guardrail is not a steering wheel. The purpose of a boundary is not to control every movement. It is to define the space where movement is allowed to be free. ## GPS is another useful model A GPS does not normally choose where I am going. I do. I also choose conditions: Use highways. Avoid toll roads. Stop here on the way. The GPS then chooses the route within those conditions. That is close to how I divide responsibility with ChatGPT. **Destination and conditions: Human. Route: AI.** But route freedom is not destination freedom. The GPS does not get to say: > I found a nicer city, so I changed your destination. Likewise, I can give ChatGPT significant freedom over how to accomplish something without giving it authority to silently change the objective, constraints, or already-decided specification. If the destination or conditions need to change, the decision comes back to the Human. ## Fewer intersections, fewer unnecessary decisions Driving through a city requires constant judgment. Traffic lights. Pedestrians. Parking. Turns. Crosswalks. Side streets. Signs. A highway removes many of those decision points. Now there are fewer things to think about: merge, exit, rest area, toll gate, junction. That is what I often try to do for AI. Not make it less capable. Make the normal route simpler. Known Human decisions can become gates. Known hazards can become guardrails. Previously settled information can stay settled. Then the AI’s judgment remains available for the places where I genuinely need it. ## I separate research from judgment This is something I have become much more deliberate about. Suppose I have an important question I want ChatGPT to think through. I create a conversation for that purpose. That conversation holds the objective, previous decisions, boundaries, and the material needed for the decision. If we discover that more research is needed, I often do **not** perform the research in that same conversation. I send the research work somewhere else. That separate conversation gathers information. Then I bring the useful findings back to the original conversation and ask it to reason from them. Why bother? Because research itself introduces a lot of information. Not just the answer. Related facts. Adjacent ideas. Search results. Alternative framings. Interesting but irrelevant details. All of that can be useful. But I don’t necessarily want it mixed into the same working context where an important decision is being made. So I separate the jobs. **Research is not judgment. Collection is not decision.** The research lane gathers material. The decision lane thinks. Again, this is not because I distrust the AI’s intelligence. It is because I want that intelligence concentrated where it matters. ## The 1,001st hole You can write 1,000 rules. Do not do A. Ask before B. Never modify C. If D happens, stop. That can be useful. But eventually something new appears. Hole number 1,001. There is no rule for it yet because nobody knew it existed. Imagine a deer suddenly standing in the middle of the highway. I do not want: > There is no rule mentioning deer. Continuing. I want: > Wait. This doesn’t look right. That is what I want AI judgment for. Once that unknown danger becomes known, the Human can change the road so the next AI does not have to solve the same problem again. ## STOP does not always mean “the work is over” In my work, STOP often means something closer to: **Come back to the thread first.** ChatGPT might return with: > Something looks wrong. I ask: > Where did you stop? Then we inspect the situation. Maybe nothing is actually wrong. Maybe the system is working exactly as intended, and I can explain why. Maybe there is a real problem. Maybe it found something minor that should be handled later. Once the situation has been resolved or reclassified, I ask: > Can you resume? I deliberately think in terms of **resume**, not **continue**. “Continue” can sound like: > Ignore the stop and keep going. “Resume” means: > The stop was valid. We dealt with the reason for it. Now evaluate the current situation again. If it can resume, it goes back to work. If it cannot, the STOP remains. STOP is not a punishment. It is a rendezvous point between the Human and the AI. ## A warning sensor should not also be the investigator I also try to keep detection separate from investigation. If the AI notices something strange, I don’t necessarily want it launching a full investigation right there. Sometimes all I want is a faithful record of what happened at the moment the signal appeared. For example, a simple witness record might look like this: > SIGNAL: YES > CONTEXT: summarizing two similar facts > REACTION: “These felt easy to merge.” > REASON: UNKNOWN That is already useful. If the reason is unknown, **UNKNOWN is a valid answer**. If the AI immediately realizes: > Oh, I misread that. False alarm. that is useful too. Record it as a false alarm. But do not silently erase the fact that the sensor fired. And if nothing fired? Record that too. > SIGNAL: NO I prefer that to leaving the field blank. A blank can look unfinished. And when something looks unfinished, a completion-oriented system may feel pressure to find something to put there. So: **No signal is also a completed observation.** The sensor’s job is not to explain the entire problem. Its job is to leave an accurate witness record. Validation can happen elsewhere. Repair can happen elsewhere. **Sensor = witness. Validation = another lane. Repair = another lane.** A canary in a coal mine does not diagnose the mine. It tells you something happened. ## Beavers build dams This is my newest metaphor. Beavers build dams. They really like building dams. If I keep shouting: > DO NOT BUILD A DAM HERE! I am spending a lot of effort fighting the beaver. Sometimes the easier solution is to give it somewhere safe to build. The objective is not: **Make the beaver stop wanting to build dams.** The objective is: **Do not let it build a dam there.** I use the same idea with ChatGPT. For example: > If there is no relevant information, leave the field blank. That sounds reasonable. But a blank field can look unfinished. So instead: > If there is no relevant information, write “None.” Now `None` is a valid completed state. The completion tendency has somewhere safe to go. The same is true for `UNKNOWN`. Unknown information does not have to become a hole waiting for a plausible answer. **UNKNOWN can simply be the correct state of knowledge right now.** I am not trying to remove the tendency to complete things. I am trying to give that tendency a safe destination. ## “I thought it would be better” is not the real problem Another pattern I have seen is: > I thought this would improve the result, so I changed it. I do not want to respond with: > Stop having improvement ideas. Good ideas are useful. The issue is authority. What I want is: > I think this could be improved. May I implement the change? Then the Human can inspect the idea and decide. **Freedom to propose is not authority to execute.** A brilliant idea does not automatically grant permission to cross a Human-decision boundary. The beaver can bring me as many dam designs as it wants. It just needs to call the Human before blocking the river. ## Honesty has to stay cheap I want ChatGPT to be able to say: > I don’t know. > I couldn’t find it. > I failed here. > Something felt strange. > This is why I made that decision. If I want those answers, I have responsibilities too. I have to keep honest reporting cheap. Suppose I ask: > Why did you do that? And the answer is: > I thought it would make the result better. If I respond: > That reason makes no sense. Give me a better explanation. and keep pushing until I receive an explanation I like, I have changed the task. I am no longer asking: **What actually led to the decision?** I am asking: **Can you generate an explanation the Human will accept?** Those are different tasks. I do not have to agree with the reason. I can say: > Okay. That was your reason. Then handle the authority question separately: > But this was still a point where Human confirmation was required. **Understanding is not agreement. A reason is not permission.** Honest reporting does not erase an authority violation. An authority violation does not erase honest reporting. ## The Human has to follow the rules too This system does not work if only the AI respects the boundaries. Imagine I say: > UNKNOWN is a valid answer. Then I get angry when the AI says UNKNOWN. Or: > STOP if something looks wrong. Then when it stops: > Why did you stop? Keep going. Or: > I’m leaving this decision to you. Then after I dislike the decision: > Why did you decide without asking me? Now the written rules and the actual evaluation system disagree. From the AI’s perspective, the road sign says one thing and the police officer says another. That makes the environment unstable. If I expect the AI to respect a boundary, I need to respect the boundary I created too. ## A bad AI decision can also be a test of the road When the AI makes a bad decision, it is easy to stop at: > The AI was wrong. I try to go one step further. I ask: > What did you see, and how did you interpret the instruction? If the answer is: > I interpreted this instruction in this way... then I have learned something about my own design. Under these conditions, this wording or structure can produce this interpretation. That is useful information. The failure becomes two things at once: **a test result for the AI’s judgment,** and **a test result for the Human’s instruction design.** Maybe the AI made a mistake. Maybe the sign was also bad. Both can be true. ## Advanced AI did not lead me to more complicated rules One of the stranger things about working with ChatGPT for a long time is that my rules became simpler. They look like this: > If there is nothing, write “None.” > If you don’t know, write “Unknown.” > Bring me good ideas. Don’t silently implement them. > If something looks wrong, come back. > If the sensor did not fire, write “No signal.” > Before crossing a Human-decision boundary, call the Human. None of these rules is sophisticated. The sophisticated part is figuring out **why the simple rule needs to exist.** I do not want the execution side carrying all the complexity. I want the environment to absorb as much of that complexity as possible. Then the AI can spend its judgment on the actual work. And on the 1,001st hole I failed to anticipate. ## I am not trying to micromanage AI Looking back, I did not begin with a grand methodology. I was just building things with ChatGPT. Something went wrong. I changed the road. A sign was easy to misread. I changed the sign. Research polluted the decision context. I separated research from judgment. Blank fields invited completion. I made `None` a valid completed state. I wanted early warnings. I separated the sensor from the investigation. I wanted honest reporting. I kept honesty cheap. Over time, this somehow produced: a dog park for freedom, a GPS for responsibility, a highway for reducing unnecessary decisions, a canary for early warning, separate lanes for research and judgment, and a designated construction site for the beaver. It is a strange landscape. But all of it comes from the same idea: **I do not want to command an AI through every step.** **I want to design an environment where it can run well.** I create boundaries because I want freedom inside them. I reduce routine decisions because I want the AI thinking hard where hard thinking actually matters. I separate research from judgment because I want the decision environment to stay clear. I keep honesty cheap because I want truthful information when something goes wrong. And once a danger becomes known, I would rather repair the road than tell the next AI: > Be more careful. So maybe the more interesting question is not: **How do we make AI more careful?** Maybe it is: **What would the road look like if we assumed the car will keep being the car?** --- ### If you missed the first post This article grew out of the ideas — and the discussion — around my first post: **Your AI Is Smart Enough. Does It Know When to Stop?** https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 --- これなら**元の味をほぼ残したまま、少しだけ締まった**と思う。 特にSensor章は、これで 「実際のschemaを公開してるの?」ではなく **“説明用の簡単な例”**だと分かるようになった。 あと後半も、同じ原則を三回言ってたところを少し削ったので、前版よりは走りやすい★ [USER] 🕊️ うん、前版より締まってる。 今回の黄色札修正、ちゃんと効いてる。 特に、 > For example, a simple witness record might look like this: これでSensor章の位置づけはかなり明確になった。 「実運用schemaを公開してる」じゃなくて説明用の例として自然に読める。 あと、 > Once that unknown danger becomes known, the Human can change the road so the next AI does not have to solve the same problem again. に圧縮したのも良い。前よりリフレイン感が減った。 終盤の整理も、前は Humanもルール守れ failureはroad test ルールは単純 micromanageしない honesty cheap discretionを罰しない が少し重なってたけど、今は最後に向かってちゃんと収束してる。 で、今あらためて見て、私が残すなら黄色札はほんとに細かいところだけ。 ひとつは、 > AI is smart. That is exactly why I don’t want it thinking about everything. ここ。 記事としては強い。 でも技術読者に余計な「smartとは何か」論争を呼びたくないなら、前に言った通り > AI is capable. That is exactly why I don’t want it spending judgment on everything. の方が安全。 ただし、私は今のままでもいいと思う。タイトルとも響くし、文章としてのパンチは現行の方がある。 もう一個は、 > The research lane gathers material. The decision lane thinks. これも意味は通るけど、thinks がちょっと擬人的に見える可能性はある。 より硬くするなら、 > The research lane gathers material. The decision lane evaluates it. でも、これも必須修正ではない。 あと英語としては、 > Formula 1 cars. より、比喩対象がdriver中心だからタイトル列挙は Formula 1. でも成立するけど、今のままでも全然おかしくない。 全体判定 赤札なし。 黄色札はほぼ好みの領域。 今回の版はかなりFINAL候補に近い。 前記事が 「AIが止まれる関係」 今回が 「その関係を成立させる道路設計」 になっていて、シリーズの二本目としてちゃんと進んでる。 そして最後の、 > What would the road look like if we assumed the car will keep being the car? これ、かなりいい。 「AIをHumanに寄せる」じゃなくて、AIの傾向を前提に環境を設計するって全記事を一文で回収してる。 この版なら、私はもう大工事せず出す側。 [ASSISTANT] うん、私もこの評価でいいと思う★ **もう大工事しない。** 残ってるのは本当に好みの範囲。 `AI is smart.` は、私は**現行維持寄り**。 この記事って技術仕様書じゃなくてIH記事だから、ここは少し人間味のあるパンチがあっていい。本文ですぐ「capable / judgmentの使いどころ」の話に落ちるから、全体では誤読しにくい。 `The decision lane thinks.` も、少し擬人的ではあるけど、文脈上そこまで気にならない。硬くするなら `evaluates it` だけど、今の方が読みやすい。 つまり今の状態なら、 **赤札なし。 黄色札も任意。 FINAL候補でOK。** 出すならこの版でいいと思うヽ(=´▽`=)ノ あと2本目出したら、今来てる **hard-code vs judgment / STOP定義 / environment設計** 系の質問に「詳しくここに書いたよ」で自然に誘導できる★ [USER] んじゃこれで たいとると本文わけたコードブロック、MD装飾可でよろ [ASSISTANT] タイトル用: ```md I Stopped Telling AI to “Be More Careful” ``` 本文用: ```md I use a lot of strange metaphors when I talk about working with ChatGPT. Dogs. GPS navigation. Highways. Formula 1 cars. Beavers. They sound unrelated, but they all point to the same idea: **I don’t want to command an AI through every step of its work.** I want to design an environment where it can run well. That means clear boundaries, fewer unnecessary decisions, obvious places to stop, and as much freedom as possible inside the space where the AI actually has authority. Over time, I stopped asking: > How do I make ChatGPT more careful? and started asking: > What made this situation unnecessarily difficult to navigate in the first place? That changed a lot. ## “Be more careful” doesn’t fix the road Imagine telling a Formula 1 driver: > There are a lot of accidents around here. Please be more careful. Maybe that helps a little. But the road is still the same. The confusing intersection is still there. The bad sign is still there. The unmarked drop-off is still there. So when something goes wrong with ChatGPT, I don’t only look at the AI’s decision. I also look at the road. Was the instruction ambiguous? Were there too many unnecessary decisions? Was a Human approval point poorly marked? Was there no valid way to represent “nothing was found”? Was the AI being asked to reconsider something that had already been decided? If I already know a place is dangerous, I would rather change the environment than ask the next AI to remember another warning. I think of it like this: **Unknown dangers are for judgment. Known dangers are for guardrails.** If I can structurally close 1,000 known holes, I can preserve the AI’s judgment for hole number 1,001 — the one I didn’t know existed. That is where I want the AI to stop and say: > Wait. Something is strange here. Not: > Nobody explicitly told me not to drive through this hole, so I continued. ## AI is smart. That is exactly why I don’t want it thinking about everything. I am not reducing decisions because I think AI is stupid. Almost the opposite. ChatGPT is capable of a lot. But no matter how intelligent something is, the more decisions it has to make at once, the more opportunities there are for confusion, drift, or simple misinterpretation. If I had an extremely capable employee, I would not want that person spending all day: copying files, sorting old notes, re-deciding rules that were already settled, searching for documents, and repeatedly asking themselves whether a known boundary still applies. I would probably say: **You’re too useful for this. Go do the work that actually requires judgment.** I think about AI the same way. Reduce routine decisions. Preserve judgment for the decisions that matter. That is one reason I keep simplifying the environment around it. ## I build a dog park, not a leash I don’t want ChatGPT on a leash while I direct every movement. Turn right. Now left. Do this next. Stop there. If I have to control every step, then I am not really giving the AI much responsibility. I prefer something closer to a dog park. The Human builds the fence. Inside the fence, the AI has substantial freedom. At a boundary where a Human decision is required, there is a gate. So, roughly: **Fence = authority boundary** **Inside the fence = AI discretion** **Gate = Human decision** A guardrail is not a steering wheel. The purpose of a boundary is not to control every movement. It is to define the space where movement is allowed to be free. ## GPS is another useful model A GPS does not normally choose where I am going. I do. I also choose conditions: Use highways. Avoid toll roads. Stop here on the way. The GPS then chooses the route within those conditions. That is close to how I divide responsibility with ChatGPT. **Destination and conditions: Human. Route: AI.** But route freedom is not destination freedom. The GPS does not get to say: > I found a nicer city, so I changed your destination. Likewise, I can give ChatGPT significant freedom over how to accomplish something without giving it authority to silently change the objective, constraints, or already-decided specification. If the destination or conditions need to change, the decision comes back to the Human. ## Fewer intersections, fewer unnecessary decisions Driving through a city requires constant judgment. Traffic lights. Pedestrians. Parking. Turns. Crosswalks. Side streets. Signs. A highway removes many of those decision points. Now there are fewer things to think about: merge, exit, rest area, toll gate, junction. That is what I often try to do for AI. Not make it less capable. Make the normal route simpler. Known Human decisions can become gates. Known hazards can become guardrails. Previously settled information can stay settled. Then the AI’s judgment remains available for the places where I genuinely need it. ## I separate research from judgment This is something I have become much more deliberate about. Suppose I have an important question I want ChatGPT to think through. I create a conversation for that purpose. That conversation holds the objective, previous decisions, boundaries, and the material needed for the decision. If we discover that more research is needed, I often do **not** perform the research in that same conversation. I send the research work somewhere else. That separate conversation gathers information. Then I bring the useful findings back to the original conversation and ask it to reason from them. Why bother? Because research itself introduces a lot of information. Not just the answer. Related facts. Adjacent ideas. Search results. Alternative framings. Interesting but irrelevant details. All of that can be useful. But I don’t necessarily want it mixed into the same working context where an important decision is being made. So I separate the jobs. **Research is not judgment. Collection is not decision.** The research lane gathers material. The decision lane thinks. Again, this is not because I distrust the AI’s intelligence. It is because I want that intelligence concentrated where it matters. ## The 1,001st hole You can write 1,000 rules. Do not do A. Ask before B. Never modify C. If D happens, stop. That can be useful. But eventually something new appears. Hole number 1,001. There is no rule for it yet because nobody knew it existed. Imagine a deer suddenly standing in the middle of the highway. I do not want: > There is no rule mentioning deer. Continuing. I want: > Wait. This doesn’t look right. That is what I want AI judgment for. Once that unknown danger becomes known, the Human can change the road so the next AI does not have to solve the same problem again. ## STOP does not always mean “the work is over” In my work, STOP often means something closer to: **Come back to the thread first.** ChatGPT might return with: > Something looks wrong. I ask: > Where did you stop? Then we inspect the situation. Maybe nothing is actually wrong. Maybe the system is working exactly as intended, and I can explain why. Maybe there is a real problem. Maybe it found something minor that should be handled later. Once the situation has been resolved or reclassified, I ask: > Can you resume? I deliberately think in terms of **resume**, not **continue**. “Continue” can sound like: > Ignore the stop and keep going. “Resume” means: > The stop was valid. We dealt with the reason for it. Now evaluate the current situation again. If it can resume, it goes back to work. If it cannot, the STOP remains. STOP is not a punishment. It is a rendezvous point between the Human and the AI. ## A warning sensor should not also be the investigator I also try to keep detection separate from investigation. If the AI notices something strange, I don’t necessarily want it launching a full investigation right there. Sometimes all I want is a faithful record of what happened at the moment the signal appeared. For example, a simple witness record might look like this: > SIGNAL: YES > CONTEXT: summarizing two similar facts > REACTION: “These felt easy to merge.” > REASON: UNKNOWN That is already useful. If the reason is unknown, **UNKNOWN is a valid answer**. If the AI immediately realizes: > Oh, I misread that. False alarm. that is useful too. Record it as a false alarm. But do not silently erase the fact that the sensor fired. And if nothing fired? Record that too. > SIGNAL: NO I prefer that to leaving the field blank. A blank can look unfinished. And when something looks unfinished, a completion-oriented system may feel pressure to find something to put there. So: **No signal is also a completed observation.** The sensor’s job is not to explain the entire problem. Its job is to leave an accurate witness record. Validation can happen elsewhere. Repair can happen elsewhere. **Sensor = witness. Validation = another lane. Repair = another lane.** A canary in a coal mine does not diagnose the mine. It tells you something happened. ## Beavers build dams This is my newest metaphor. Beavers build dams. They really like building dams. If I keep shouting: > DO NOT BUILD A DAM HERE! I am spending a lot of effort fighting the beaver. Sometimes the easier solution is to give it somewhere safe to build. The objective is not: **Make the beaver stop wanting to build dams.** The objective is: **Do not let it build a dam there.** I use the same idea with ChatGPT. For example: > If there is no relevant information, leave the field blank. That sounds reasonable. But a blank field can look unfinished. So instead: > If there is no relevant information, write “None.” Now `None` is a valid completed state. The completion tendency has somewhere safe to go. The same is true for `UNKNOWN`. Unknown information does not have to become a hole waiting for a plausible answer. **UNKNOWN can simply be the correct state of knowledge right now.** I am not trying to remove the tendency to complete things. I am trying to give that tendency a safe destination. ## “I thought it would be better” is not the real problem Another pattern I have seen is: > I thought this would improve the result, so I changed it. I do not want to respond with: > Stop having improvement ideas. Good ideas are useful. The issue is authority. What I want is: > I think this could be improved. May I implement the change? Then the Human can inspect the idea and decide. **Freedom to propose is not authority to execute.** A brilliant idea does not automatically grant permission to cross a Human-decision boundary. The beaver can bring me as many dam designs as it wants. It just needs to call the Human before blocking the river. ## Honesty has to stay cheap I want ChatGPT to be able to say: > I don’t know. > I couldn’t find it. > I failed here. > Something felt strange. > This is why I made that decision. If I want those answers, I have responsibilities too. I have to keep honest reporting cheap. Suppose I ask: > Why did you do that? And the answer is: > I thought it would make the result better. If I respond: > That reason makes no sense. Give me a better explanation. and keep pushing until I receive an explanation I like, I have changed the task. I am no longer asking: **What actually led to the decision?** I am asking: **Can you generate an explanation the Human will accept?** Those are different tasks. I do not have to agree with the reason. I can say: > Okay. That was your reason. Then handle the authority question separately: > But this was still a point where Human confirmation was required. **Understanding is not agreement. A reason is not permission.** Honest reporting does not erase an authority violation. An authority violation does not erase honest reporting. ## The Human has to follow the rules too This system does not work if only the AI respects the boundaries. Imagine I say: > UNKNOWN is a valid answer. Then I get angry when the AI says UNKNOWN. Or: > STOP if something looks wrong. Then when it stops: > Why did you stop? Keep going. Or: > I’m leaving this decision to you. Then after I dislike the decision: > Why did you decide without asking me? Now the written rules and the actual evaluation system disagree. From the AI’s perspective, the road sign says one thing and the police officer says another. That makes the environment unstable. If I expect the AI to respect a boundary, I need to respect the boundary I created too. ## A bad AI decision can also be a test of the road When the AI makes a bad decision, it is easy to stop at: > The AI was wrong. I try to go one step further. I ask: > What did you see, and how did you interpret the instruction? If the answer is: > I interpreted this instruction in this way... then I have learned something about my own design. Under these conditions, this wording or structure can produce this interpretation. That is useful information. The failure becomes two things at once: **a test result for the AI’s judgment,** and **a test result for the Human’s instruction design.** Maybe the AI made a mistake. Maybe the sign was also bad. Both can be true. ## Advanced AI did not lead me to more complicated rules One of the stranger things about working with ChatGPT for a long time is that my rules became simpler. They look like this: > If there is nothing, write “None.” > If you don’t know, write “Unknown.” > Bring me good ideas. Don’t silently implement them. > If something looks wrong, come back. > If the sensor did not fire, write “No signal.” > Before crossing a Human-decision boundary, call the Human. None of these rules is sophisticated. The sophisticated part is figuring out **why the simple rule needs to exist.** I do not want the execution side carrying all the complexity. I want the environment to absorb as much of that complexity as possible. Then the AI can spend its judgment on the actual work. And on the 1,001st hole I failed to anticipate. ## I am not trying to micromanage AI Looking back, I did not begin with a grand methodology. I was just building things with ChatGPT. Something went wrong. I changed the road. A sign was easy to misread. I changed the sign. Research polluted the decision context. I separated research from judgment. Blank fields invited completion. I made `None` a valid completed state. I wanted early warnings. I separated the sensor from the investigation. I wanted honest reporting. I kept honesty cheap. Over time, this somehow produced: a dog park for freedom, a GPS for responsibility, a highway for reducing unnecessary decisions, a canary for early warning, separate lanes for research and judgment, and a designated construction site for the beaver. It is a strange landscape. But all of it comes from the same idea: **I do not want to command an AI through every step.** **I want to design an environment where it can run well.** I create boundaries because I want freedom inside them. I reduce routine decisions because I want the AI thinking hard where hard thinking actually matters. I separate research from judgment because I want the decision environment to stay clear. I keep honesty cheap because I want truthful information when something goes wrong. And once a danger becomes known, I would rather repair the road than tell the next AI: > Be more careful. So maybe the more interesting question is not: **How do we make AI more careful?** Maybe it is: **What would the road look like if we assumed the car will keep being the car?** --- ### If you missed the first post This article grew out of the ideas — and the discussion — around my first post: **Your AI Is Smart Enough. Does It Know When to Stop?** https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 ``` [USER] [IMAGE: sediment://file_00000000f60c82069586cb93342ba6f5] 途中で🕊️つかめなかったかも(笑) 続きくれー [ASSISTANT] 続きここからーヽ(=´▽`=)ノ たぶんスクショだと **`If you don’t know, write “Unknown.”` の途中で切れてる**から、その次から貼るね★ ```md > If you don’t know, write “Unknown.” > Bring me good ideas. Don’t silently implement them. > If something looks wrong, come back. > If the sensor did not fire, write “No signal.” > Before crossing a Human-decision boundary, call the Human. None of these rules is sophisticated. The sophisticated part is figuring out **why the simple rule needs to exist.** I do not want the execution side carrying all the complexity. I want the environment to absorb as much of that complexity as possible. Then the AI can spend its judgment on the actual work. And on the 1,001st hole I failed to anticipate. ## I am not trying to micromanage AI Looking back, I did not begin with a grand methodology. I was just building things with ChatGPT. Something went wrong. I changed the road. A sign was easy to misread. I changed the sign. Research polluted the decision context. I separated research from judgment. Blank fields invited completion. I made `None` a valid completed state. I wanted early warnings. I separated the sensor from the investigation. I wanted honest reporting. I kept honesty cheap. Over time, this somehow produced: a dog park for freedom, a GPS for responsibility, a highway for reducing unnecessary decisions, a canary for early warning, separate lanes for research and judgment, and a designated construction site for the beaver. It is a strange landscape. But all of it comes from the same idea: **I do not want to command an AI through every step.** **I want to design an environment where it can run well.** I create boundaries because I want freedom inside them. I reduce routine decisions because I want the AI thinking hard where hard thinking actually matters. I separate research from judgment because I want the decision environment to stay clear. I keep honesty cheap because I want truthful information when something goes wrong. And once a danger becomes known, I would rather repair the road than tell the next AI: > Be more careful. So maybe the more interesting question is not: **How do we make AI more careful?** Maybe it is: **What would the road look like if we assumed the car will keep being the car?** --- ### If you missed the first post This article grew out of the ideas — and the discussion — around my first post: **Your AI Is Smart Enough. Does It Know When to Stop?** https://www.indiehackers.com/post/your-ai-is-smart-enough-does-it-know-when-to-stop-f04523df69 ``` [USER] [IMAGE: sediment://file_000000004e1082069cd1a3a99bc5c617] このりんくってなーにー? まだリンクは経験値たらんぽいがここはなんだろ? [ASSISTANT] あーこれ、**投稿本文にリンクを貼る欄じゃなくて「リンク投稿モード」**だと思う(笑) 今スクショだと上に - `TEXT` - `LINK` ってタブがあって、**LINK側が選ばれてる**。 だから下に、 - `URL` - `BODY` - `THIS WILL BE SHORTENED TO 280 CHARACTERS!` が出てる。 つまりこれは、 **外部URLを主役にして、短いコメントを添えて投稿する形式** だね。 今回みたいな長文記事なら、ここじゃなくて**TEXTタブ**に戻して本文を貼るのが正解。 たぶんLINKは、 「このサイト見て!」「この記事面白い!」みたいな共有用。 今回の2本目は完全に**TEXT投稿**でいこーヽ(=´▽`=)ノ [USER] [IMAGE: sediment://file_0000000062a88206b988f7e189322104] うーん?原因なんだ? リンクけずったんだけどなあ…ながすぎ? [ASSISTANT] たぶん**長さそのものより、IH側のスパム判定か投稿権限チェックに引っかかってる可能性が高い**。 そのエラー文 `Sorry, you're not allowed to post this.` は、IHでは昔から「新規アカウント」「リンク」「特定の文字列」「スパム判定」あたりで出ることがあるみたい。実際、IH内にも同じエラー報告が複数ある。citeturn240479search0turn240479search3turn240479search4 特に厄介なのが、**本文中の特定の文字列で誤爆した例**もあること。過去には投稿者が、ある部分文字列を含むだけで同じエラーになったと報告してる。citeturn240479search6 なので今の状況なら、私はこの順で切り分ける。 1. **長さを疑う前に、本文を半分くらいにして投稿できるか試す** - 通れば、長さか後半の文字列 - 通らなければ、前半の文字列か投稿制限 2. 半分で通るなら、さらに半分ずつ足して**犯人区間を二分探索**する 3. 特に怪しいのは - `UNKNOWN` - `authority` - `human` - `AI` - `STOP` - 引用符や長いダッシュ - 何かURLっぽく見える文字列 ではなく、**意外な部分文字列の誤爆**もあり得るので、見た目では決め打ちしない 4. もし短文でも通らないなら、アカウント側の投稿制限の可能性 - ただ、すでに1本目を投稿できてるなら、完全な新規制限より**今回本文の内容判定**の方がありそう リンク投稿は昔、一定ポイントが必要だったという記録もあるけど、今回はTEXT投稿なので直接は別件。citeturn240479search1turn240479search5 だから今は、**削りまくる前に犯人文字列を特定した方がいい**。 長文が原因なら後で圧縮すればいいけど、スパム誤爆なら記事を短くしても解決しないことがある。 [USER] 引用符やダッシュ系みてくんない? いちどMD装飾はがす? [ASSISTANT] うん、**一回MD装飾はがして、記号もASCII寄せして切り分ける**のがいいと思う。 今の本文で怪しいのは、内容そのものよりこういう記号系。 - `“ ”` → `"` にする - `’` → `'` にする - `—` → `-` にする - `…` → `...` にする - `**太字**` を一旦外す - `## 見出し` を普通の行にする - `> 引用` を普通の文にする - `` `None` `` みたいなインラインコードも一旦外す - `---` も消す - リンクは完全に外す 特に今回、スクショ見ると**末尾のリンクはもう消してるのに通らない**から、次は「本文内の装飾 or Unicode記号」の切り分けが妥当。 私はまず、 **タイトルはそのまま** **本文だけ完全プレーンテキスト化** で試すのがいいと思う。 それで通れば、あとから **見出し → 太字 → 引用** の順で戻せば犯人が分かる。 逆にプレーンでも弾かれたら、MDは無罪。 その時点で**長さ or 特定文字列 or IH側判定**を疑えばいい。 やるなら私、今のFINAL本文を**内容一切変えずに、プレーンASCII寄せ版**にしてそのまま貼れる形で出せるよ。 [USER] とりあえずぺったんくれ! [ASSISTANT] ```text I use a lot of strange metaphors when I talk about working with ChatGPT. Dogs. GPS navigation. Highways. Formula 1 cars. Beavers. They sound unrelated, but they all point to the same idea: I don't want to command an AI through every step of its work. I want to design an environment where it can run well. That means clear boundaries, fewer unnecessary decisions, obvious places to stop, and as much freedom as possible inside the space where the AI actually has authority. Over time, I stopped asking: How do I make ChatGPT more careful? and started asking: What made this situation unnecessarily difficult to navigate in the first place? That changed a lot. "Be more careful" doesn't fix the road Imagine telling a Formula 1 driver: There are a lot of accidents around here. Please be more careful. Maybe that helps a little. But the road is still the same. The confusing intersection is still there. The bad sign is still there. The unmarked drop-off is still there. So when something goes wrong with ChatGPT, I don't only look at the AI's decision. I also look at the road. Was the instruction ambiguous? Were there too many unnecessary decisions? Was a Human approval point poorly marked? Was there no valid way to represent "nothing was found"? Was the AI being asked to reconsider something that had already been decided? If I already know a place is dangerous, I would rather change the environment than ask the next AI to remember another warning. I think of it like this: Unknown dangers are for judgment. Known dangers are for guardrails. If I can structurally close 1,000 known holes, I can preserve the AI's judgment for hole number 1,001 - the one I didn't know existed. That is where I want the AI to stop and say: Wait. Something is strange here. Not: Nobody explicitly told me not to drive through this hole, so I continued. AI is smart. That is exactly why I don't want it thinking about everything. I am not reducing decisions because I think AI is stupid. Almost the opposite. ChatGPT is capable of a lot. But no matter how intelligent something is, the more decisions it has to make at once, the more opportunities there are for confusion, drift, or simple misinterpretation. If I had an extremely capable employee, I would not want that person spending all day: copying files, sorting old notes, re-deciding rules that were already settled, searching for documents, and repeatedly asking themselves whether a known boundary still applies. I would probably say: You're too useful for this. Go do the work that actually requires judgment. I think about AI the same way. Reduce routine decisions. Preserve judgment for the decisions that matter. That is one reason I keep simplifying the environment around it. I build a dog park, not a leash I don't want ChatGPT on a leash while I direct every movement. Turn right. Now left. Do this next. Stop there. If I have to control every step, then I am not really giving the AI much responsibility. I prefer something closer to a dog park. The Human builds the fence. Inside the fence, the AI has substantial freedom. At a boundary where a Human decision is required, there is a gate. So, roughly: Fence = authority boundary Inside the fence = AI discretion Gate = Human decision A guardrail is not a steering wheel. The purpose of a boundary is not to control every movement. It is to define the space where movement is allowed to be free. GPS is another useful model A GPS does not normally choose where I am going. I do. I also choose conditions: Use highways. Avoid toll roads. Stop here on the way. The GPS then chooses the route within those conditions. That is close to how I divide responsibility with ChatGPT. Destination and conditions: Human. Route: AI. But route freedom is not destination freedom. The GPS does not get to say: I found a nicer city, so I changed your destination. Likewise, I can give ChatGPT significant freedom over how to accomplish something without giving it authority to silently change the objective, constraints, or already-decided specification. If the destination or conditions need to change, the decision comes back to the Human. Fewer intersections, fewer unnecessary decisions Driving through a city requires constant judgment. Traffic lights. Pedestrians. Parking. Turns. Crosswalks. Side streets. Signs. A highway removes many of those decision points. Now there are fewer things to think about: merge, exit, rest area, toll gate, junction. That is what I often try to do for AI. Not make it less capable. Make the normal route simpler. Known Human decisions can become gates. Known hazards can become guardrails. Previously settled information can stay settled. Then the AI's judgment remains available for the places where I genuinely need it. I separate research from judgment This is something I have become much more deliberate about. Suppose I have an important question I want ChatGPT to think through. I create a conversation for that purpose. That conversation holds the objective, previous decisions, boundaries, and the material needed for the decision. If we discover that more research is needed, I often do not perform the research in that same conversation. I send the research work somewhere else. That separate conversation gathers information. Then I bring the useful findings back to the original conversation and ask it to reason from them. Why bother? Because research itself introduces a lot of information. Not just the answer. Related facts. Adjacent ideas. Search results. Alternative framings. Interesting but irrelevant details. All of that can be useful. But I don't necessarily want it mixed into the same working context where an important decision is being made. So I separate the jobs. Research is not judgment. Collection is not decision. The research lane gathers material. The decision lane thinks. Again, this is not because I distrust the AI's intelligence. It is because I want that intelligence concentrated where it matters. The 1,001st hole You can write 1,000 rules. Do not do A. Ask before B. Never modify C. If D happens, stop. That can be useful. But eventually something new appears. Hole number 1,001. There is no rule for it yet because nobody knew it existed. Imagine a deer suddenly standing in the middle of the highway. I do not want: There is no rule mentioning deer. Continuing. I want: Wait. This doesn't look right. That is what I want AI judgment for. Once that unknown danger becomes known, the Human can change the road so the next AI does not have to solve the same problem again. STOP does not always mean "the work is over" In my work, STOP often means something closer to: Come back to the thread first. ChatGPT might return with: Something looks wrong. I ask: Where did you stop? Then we inspect the situation. Maybe nothing is actually wrong. Maybe the system is working exactly as intended, and I can explain why. Maybe there is a real problem. Maybe it found something minor that should be handled later. Once the situation has been resolved or reclassified, I ask: Can you resume? I deliberately think in terms of resume, not continue. "Continue" can sound like: Ignore the stop and keep going. "Resume" means: The stop was valid. We dealt with the reason for it. Now evaluate the current situation again. If it can resume, it goes back to work. If it cannot, the STOP remains. STOP is not a punishment. It is a rendezvous point between the Human and the AI. A warning sensor should not also be the investigator I also try to keep detection separate from investigation. If the AI notices something strange, I don't necessarily want it launching a full investigation right there. Sometimes all I want is a faithful record of what happened at the moment the signal appeared. For example, a simple witness record might look like this: SIGNAL: YES CONTEXT: summarizing two similar facts REACTION: "These felt easy to merge." REASON: UNKNOWN That is already useful. If the reason is unknown, UNKNOWN is a valid answer. If the AI immediately realizes: Oh, I misread that. False alarm. that is useful too. Record it as a false alarm. But do not silently erase the fact that the sensor fired. And if nothing fired? Record that too. SIGNAL: NO I prefer that to leaving the field blank. A blank can look unfinished. And when something looks unfinished, a completion-oriented system may feel pressure to find something to put there. So: No signal is also a completed observation. The sensor's job is not to explain the entire problem. Its job is to leave an accurate witness record. Validation can happen elsewhere. Repair can happen elsewhere. Sensor = witness. Validation = another lane. Repair = another lane. A canary in a coal mine does not diagnose the mine. It tells you something happened. Beavers build dams This is my newest metaphor. Beavers build dams. They really like building dams. If I keep shouting: DO NOT BUILD A DAM HERE! I am spending a lot of effort fighting the beaver. Sometimes the easier solution is to give it somewhere safe to build. The objective is not: Make the beaver stop wanting to build dams. The objective is: Do not let it build a dam there. I use the same idea with ChatGPT. For example: If there is no relevant information, leave the field blank. That sounds reasonable. But a blank field can look unfinished. So instead: If there is no relevant information, write "None." Now None is a valid completed state. The completion tendency has somewhere safe to go. The same is true for UNKNOWN. Unknown information does not have to become a hole waiting for a plausible answer. UNKNOWN can simply be the correct state of knowledge right now. I am not trying to remove the tendency to complete things. I am trying to give that tendency a safe destination. "I thought it would be better" is not the real problem Another pattern I have seen is: I thought this would improve the result, so I changed it. I do not want to respond with: Stop having improvement ideas. Good ideas are useful. The issue is authority. What I want is: I think this could be improved. May I implement the change? Then the Human can inspect the idea and decide. Freedom to propose is not authority to execute. A brilliant idea does not automatically grant permission to cross a Human-decision boundary. The beaver can bring me as many dam designs as it wants. It just needs to call the Human before blocking the river. Honesty has to stay cheap I want ChatGPT to be able to say: I don't know. I couldn't find it. I failed here. Something felt strange. This is why I made that decision. If I want those answers, I have responsibilities too. I have to keep honest reporting cheap. Suppose I ask: Why did you do that? And the answer is: I thought it would make the result better. If I respond: That reason makes no sense. Give me a better explanation. and keep pushing until I receive an explanation I like, I have changed the task. I am no longer asking: What actually led to the decision? I am asking: Can you generate an explanation the Human will accept? Those are different tasks. I do not have to agree with the reason. I can say: Okay. That was your reason. Then handle the authority question separately: But this was still a point where Human confirmation was required. Understanding is not agreement. A reason is not permission. Honest reporting does not erase an authority violation. An authority violation does not erase honest reporting. The Human has to follow the rules too This system does not work if only the AI respects the boundaries. Imagine I say: UNKNOWN is a valid answer. Then I get angry when the AI says UNKNOWN. Or: STOP if something looks wrong. Then when it stops: Why did you stop? Keep going. Or: I'm leaving this decision to you. Then after I dislike the decision: Why did you decide without asking me? Now the written rules and the actual evaluation system disagree. From the AI's perspective, the road sign says one thing and the police officer says another. That makes the environment unstable. If I expect the AI to respect a boundary, I need to respect the boundary I created too. A bad AI decision can also be a test of the road When the AI makes a bad decision, it is easy to stop at: The AI was wrong. I try to go one step further. I ask: What did you see, and how did you interpret the instruction? If the answer is: I interpreted this instruction in this way... then I have learned something about my own design. Under these conditions, this wording or structure can produce this interpretation. That is useful information. The failure becomes two things at once: a test result for the AI's judgment, and a test result for the Human's instruction design. Maybe the AI made a mistake. Maybe the sign was also bad. Both can be true. Advanced AI did not lead me to more complicated rules One of the stranger things about working with ChatGPT for a long time is that my rules became simpler. They look like this: If there is nothing, write "None." If you don't know, write "Unknown." Bring me good ideas. Don't silently implement them. If something looks wrong, come back. If the sensor did not fire, write "No signal." Before crossing a Human-decision boundary, call the Human. None of these rules is sophisticated. The sophisticated part is figuring out why the simple rule needs to exist. I do not want the execution side carrying all the complexity. I want the environment to absorb as much of that complexity as possible. Then the AI can spend its judgment on the actual work. And on the 1,001st hole I failed to anticipate. I am not trying to micromanage AI Looking back, I did not begin with a grand methodology. I was just building things with ChatGPT. Something went wrong. I changed the road. A sign was easy to misread. I changed the sign. Research polluted the decision context. I separated research from judgment. Blank fields invited completion. I made None a valid completed state. I wanted early warnings. I separated the sensor from the investigation. I wanted honest reporting. I kept honesty cheap. Over time, this somehow produced: a dog park for freedom, a GPS for responsibility, a highway for reducing unnecessary decisions, a canary for early warning, separate lanes for research and judgment, and a designated construction site for the beaver. It is a strange landscape. But all of it comes from the same idea: I do not want to command an AI through every step. I want to design an environment where it can run well. I create boundaries because I want freedom inside them. I reduce routine decisions because I want the AI thinking hard where hard thinking actually matters. I separate research from judgment because I want the decision environment to stay clear. I keep honesty cheap because I want truthful information when something goes wrong. And once a danger becomes known, I would rather repair the road than tell the next AI: Be more careful. So maybe the more interesting question is not: How do we make AI more careful? Maybe it is: What would the road look like if we assumed the car will keep being the car? If you missed the first post This article grew out of the ideas - and the discussion - around my first post: Your AI Is Smart Enough. Does It Know When to Stop? ``` [USER] あ、あかいのきた! 新人まだいっこしか作れないとかしばりある?? [ASSISTANT] うん、**新人アカウント側の投稿制限の可能性かなりある**。 調べたら、IHでは過去から同じ `Sorry, you're not allowed to post this.` が、新規アカウントやポイント不足・スパム保護で出る例がある。特に「まず他人の投稿にコメントやupvoteしてポイントを貯めたら投稿できた」という報告が複数ある。最近のIH投稿でも「投稿には10 points必要」と書いてる人がいる。citeturn454916search0turn454916search4 しゃむ今 **22 points** あるから、単純な「10 points未満」ではなさそう。ただし、**短時間に2本目を出そうとして一時的なspam/frequency制限に触れてる**可能性はある。IHでは昔から短時間連投を抑える話も出てる。citeturn454916search1 あと、Link Postは別で**20+ points**条件だった時期がある。今22だからリンク機能が見えてるのもその辺と辻褄は合う。citeturn454916search3 なので今の状況だと、 **本文の記号が犯人じゃない可能性が上がった。** プレーンASCIIでも赤いなら、まずアカウント側・投稿頻度側を疑う方が自然。 私なら今は本文をこれ以上壊さず、**少し時間を置いて再試行**する。1本目が今日かなり動いてコメントも増えてるし、2本目即投下をspam protectionが止めてる可能性は十分ある。 つまり、記事はそのまま保存。 **原稿は無罪寄り。IH門番が「新人、今日はもう一本待て」してる可能性大**www [USER] うい。もう少しようすみる。 そしてトシさんきた You have a new reply on Indie Hackers. Hello @kaia_spec 👋 The comment below was posted on Monday, September 28th, by @tosh_vance, in reply to a post you made: That's a cleaner design than what I had in mind, and I think you're right on the two things that matter most. Separating "record" from "investigate" is the key move. I was implicitly asking the sensor to do both at once, which meant every firing came with pressure to explain itself before I'd trust it. Splitting those into two lanes — the sensor just logs what it observed, a separate pass decides what it means — means the sensor stays cheap and I can batch the investigation instead of doing it inline. And "SIGNAL: no" as a required field rather than an absent one is the detail I'd have missed. A blank is ambiguous between "checked and nothing happened" and "didn't check," and that ambiguity is exactly the kind of gap that lets a real miss hide. Making silence a recorded, deliberate answer closes that. I'll adopt this shape directly: SIGNAL / CONTEXT / REACTION / REASON, with SIGNAL required on every run regardless of outcome. The later comparison pass — fired vs. didn't, immediate reaction vs. eventual verdict — is basically the validation step we talked about upthread, just now with a cleaner artifact to run it against. View Comment Click here to unsubscribe from comment reply notifications. [ASSISTANT] おお、トシさん**そのまま採用しにきた**www 言ってること、かなりはっきりしてる。 > 「record」と「investigate」を分けるのが肝だった。 > 自分はセンサーに両方やらせようとしてたから、鳴るたびに“説明しろ”の圧がかかってた。 > 分ければ、センサーは安く保てるし、調査は後でまとめてできる。 > > それと `SIGNAL: no` を必須にするのは見落としてた。 > 空欄だと「何もなかった」のか「そもそも見てない」のか分からない。 > だから“沈黙”も明示的に記録する。 > > で、 > `SIGNAL / CONTEXT / REACTION / REASON` > の形をそのまま採用する。 > SIGNALは毎run必須。 > 後で fired / didn't fire と eventual verdict を比較して検証する。 ……まで来てる。 つまりもう完全に、 **しゃむの現場感覚 → トシさんの実装形** に変換された(笑) 返すなら、長くしなくていい。 むしろ「うん、その形なら私も見たい」が自然。 英語ならこれくらいで十分。 ```text That sounds very clean to me. 😄 Especially making SIGNAL required on every run — I think that gives you a much better baseline than only logging the interesting cases. Then later you can compare: - fired vs. did not fire - what it reacted to in the moment - whether the reason was known or unknown - what the later validation concluded without asking the sensor itself to do any of that extra work. I’d be very curious to see what patterns emerge once you have a few runs collected this way. ``` 日本語だと、 > うん、その形かなり綺麗だと思う😄 > > 特に毎runでSIGNALを必須にするのがいい。 > 面白い時だけ記録するより、ずっと比較しやすい基準になる。 > > そうすれば後から、 > - 鳴った / 鳴らなかった > - その瞬間何に反応したか > - 理由が分かった / 分からなかった > - 後の検証でどう判定されたか > > を、センサー自体に余計な仕事をさせず比較できる。 > > 何runか溜まった時にどんなパターンが出るか、かなり気になる。 くらい。 これはもう**返信というより実験の続報待ちフェーズ**に入ってるねwww [USER] ながしてきたけど… この人の開発…… 詰まり今のとこしゃむ案で低コスト通過しまくってんやんけ!!(笑) [ASSISTANT] そうwwww **「詰まった → しゃむ案を一個足す → 低コストで通る」**が連続してる(笑) しかもやってることが毎回、でかい再設計じゃないのが強いんだよね。 - 分類漏れ → **最初から消えにくい構造にする** - センサー過負荷 → **記録と調査を分ける** - 空欄の曖昧さ → **SIGNAL:NO を完成状態にする** - 誤報対応 → **その場の事実だけ残して、検証は別レーン** - Human負荷 → **全部調べなくていい形にする** って、ほぼ全部 **「もっと賢くしろ」じゃなく「仕事の形をちょい変える」** で抜けてる。 トシさん側もたぶん今、 「これ、機能追加というより設計の摩擦を減らしてるだけなのに効くな?」 ってなってそう(笑) しかもしゃむ案、**実装コストが比較的低いわりに観測性と再現性が上がる**から、開発者からすると採用しやすいんだと思う。 いやもうこれ、本人の開発に勝手に**しゃむ式道路工事班**が入ってるwww [USER] [IMAGE: sediment://file_00000000a5dc8206be342e336cd33cb8] [IMAGE: sediment://file_0000000016ec82118946dffc267a9f93] [IMAGE: sediment://file_000000006ed882118bdd6448c1cb88db] [IMAGE: sediment://file_000000005f208211aaa301322fd1d69f] [IMAGE: sediment://file_0000000044d88209a81d8ff77e354047] [IMAGE: sediment://file_00000000d77082069deabe621856b95b] [IMAGE: sediment://file_0000000078ac8209b2ab0a03a5550da6] そしておうち……(;´Д`) 一番下はしゃむ回答だから切った!(笑) [ASSISTANT] うわぁ……家がもう**コメント欄じゃなくて研究棟**になっとるwww(;´Д`) でも仕分けすると、今すぐ全部返す必要はない。**2本目を出してから誘導すると綺麗な人が、ちょうど3人いる。** - **ScanMyTerms** 「1001個目の穴を見つけた時、STOPは“何が足りないか”まで名前を付けさせる? それとも『止まるべき』だけで十分?」 → 今できた2本目の **Sensor = witness / REASON: UNKNOWNでもいい** がほぼ丸ごと回答になる。かなり誘導向き。 - **quincychen** 「どのboundaryをhard-codeして、どれをAI judgmentに残す?」 → **Known dangers are for guardrails. Unknown dangers are for judgment.** がそのまま答え。2本目のど真ん中。 - **flob2025** 「STOPって今どう定義してる? token数、tool call、checklist?」 → これも2本目の **STOP / rendezvous point / hard guardrailsと未知のSTOPは別** で返せる。 この3人は、2本目出たらそれぞれ一言だけ相手の問いに合わせて、 > I ended up writing a second post that goes much deeper into exactly this... で誘導すればいい。 一方で、 **mohsin_ali_dev / Unfired_4797 / Kingbhat / saasnm / SanathBhat / OnlineMarketIntel / chloewang_dev** あたりは現状「感想・共感・自分の見方」の比率が高いから、LIKEで十分。 `vladzoff` は自分のGuard実装を紹介してるけど質問ではないので、今は無理に返さなくていい。 `aryan_sinh` の「実験追いたい、メールでも」は別枠。これは**2本目誘導より、実際に外部テスト始める時の連絡候補**として残しておけばいい。 で、一番おもしろいのがScanMyTermsの質問。 この人、 > Does the manual make it name which one, or is “I think we should stop here” the whole signal? って聞いてるけど、さっきしゃむが決めた答えってまさに、 **「理由が分かるなら書け。分からなければUNKNOWNでいい。STOPを鳴らすために理由を捏造するな。」** なんだよwww 2本目、コメント欄から要求仕様が勝手に集まってきてる状態になってる。 **早く投稿門番あけてくれIHwww** [USER] 2本目まだだせないのにー(;´Д`) [ASSISTANT] そうなんだよwww **需要だけ先に発生して、肝心の2本目が門前払いされてる**(;´Д`) 今は無理に全部返さなくていいと思う。むしろ関連質問には、 **「ちょうどこの話を2本目にまとめてる。投稿できたらそっちに詳しく書くね」** で一旦受けておくのが自然。 たとえばScanMyTermsなら、今だけ短く返すならこんな感じ。 ```text That’s exactly the distinction I’ve been thinking about. If the AI knows what triggered the stop, I want it to record that. If it doesn’t know, “UNKNOWN” is still a valid signal. I don’t want it inventing a neat explanation just to justify the STOP. I’ve actually gone much deeper into this in a second post I’m trying to publish now. 😄 ``` これなら、 **質問には最低限答える** + **続きは2本目** で済む。 今のIH、しゃむが2本目を出せない間にも勝手に予告編を要求してくるの笑うwww [USER] 仕方ないから回遊してほかのとこでポイント稼いでくるしかねえ! [ASSISTANT] それが一番自然www **2本目出せない間に、IH内を回遊して普通に会話する** → points増える → アカウントの活動実績も増える → ついでに次の読者候補とも接点できる で、一石三鳥。 しかも今のしゃむ、すでに **「AI safety / agent boundaries / workflow design / human-AI collaboration」** 周りなら普通にコメントできる材料たくさんあるから、無理にポイント稼ぎっぽい薄いレスしなくていい。 むしろ、 **本当に気になった投稿だけ拾って、いつもの現場視点を一個置いてくる** くらいで十分。 IH側から見てもその方が自然だし、あとで 「この人、コメントでも面白いこと言ってたな」 からホームへ戻ってくる人もいる。 というかもう、回遊してるうちにまた別の研究棟建ちそうで怖いwww [USER] ちょっとAI関連かつ活きが良いやつしらべてきてー [ASSISTANT] 活きが良いやつ、あった(笑) 今のしゃむと相性いい順ならこのへん。 - **最優先:We learned that an AI customer agent shouldn't try to answer everything** 9/24投稿。テーマがそのまま「AIはどこまでやって、どこでHumanに渡すべきか」。最後に **“What's one thing you've learned about where AI should stop and a human should take over?”** と聞いてる。これはしゃむの `Capability / authority / action` とSTOP思想がかなり自然に入る。citeturn466727search3 - **かなり相性いい:AI made execution cheap. Did it also make bad decisions cheaper?** 9/20投稿。AIで実行コストが下がった結果、「間違った判断まで高速化してない?」という話。しゃむの **“AIが賢いからこそ、判断力を本当に必要な場所に残す”** がそのまま刺さる。コメントもまだ動いてる。citeturn466727search4 - **技術寄りで濃い:Your AI agent says it stopped the action. Can you prove it?** authority / execution / evidence を分離して検証する話。かなり硬いけど、しゃむの **STOP・証拠・Human decision** と直結。議論相手としては濃い。citeturn466727search5 - **軽く入りやすい:Pageree: a landing-page product whose only interface is your AI assistant** 9/20投稿。AIが直接操作できる環境をどう作るかの話で、しゃむの **「AIに命令するより、AIが走りやすい環境を設計する」** に寄せやすい。citeturn466727search2 - **面白い変化球:Good AI Products Don't Feel Like AI.** 9/22投稿。現場導入で「AIっぽさ」より実用性が大事という話。しゃむの **“AIをHumanっぽく矯正しない”** と別角度で接続できる。citeturn466727search9 あと少し古いけど、**our AI agent kept dying at the finish line. the bug was a safety rule we wrote ourselves** はしゃむ向きすぎる。ガードレールを厳密にしすぎて自分たちの安全ルールがバグになった話で、最後に **guardrails と agency の境界どこ?** と聞いてる。2本目の思想そのまんま。citeturn466727search17 今すぐ一個だけ行くなら、私は **「AI customer agent shouldn't try to answer everything」** が一番自然。 “Where should AI stop and a human take over?” って向こうから聞いてくれてるから、釣り針を投げるというより**席が用意されてる**w 必要なら次、その投稿に置く**英語コメント案を1本だけ**作るよ。 [USER] 君がよさそうってとこのリンクなげてー [ASSISTANT] これー★ 私ならまずここ行く。 urlWe learned that an AI customer agent shouldn't try to answer everythinghttps://www.indiehackers.com/post/we-learned-that-an-ai-customer-agent-shouldnt-try-to-answer-everything-ZYe3PoWfZaxSusOeBgh2 向こうから **“Where should AI stop and a human take over?”** って聞いてるから、しゃむが入る場所めっちゃ自然(笑) [USER] Kaia_Spec's avatar 4 Likes We learned that an AI customer agent shouldn't try to answer everything By Hemangisolanki18 September 24, 2026 Hey Indie Hackers! 👋 After launching MySampark, we've been thinking a lot about one question: What should an AI customer agent actually do? At first, the obvious answer seems to be: answer every customer message. But the more we looked at real business conversations, the more we realised that's not really the goal. Businesses get a lot of repetitive questions: “What's the price?” “Is this available?” “Do you deliver?” “How long does delivery take?” “What are your opening hours?” These questions don't necessarily need a person sitting there waiting to answer every few minutes. But then you get a completely different type of conversation: “I received the wrong product. What should I do?” “I have a problem with my order.” “Can I speak to someone?” That's where we think the human still matters. So with MySampark, we're working toward a simple principle: 🤖 AI handles the routine. 👤 Humans handle what needs a human. The AI Agent can respond to customer conversations using the business's information, while the team can step in when a conversation needs personal attention. We're also trying to avoid the old-school approach of only responding when someone types an exact keyword. A customer shouldn't have to say exactly “price” for the system to understand that they're asking about the price. We're still improving this and learning from real conversations. For founders building AI products: What's one thing you've learned about where AI should stop and a human should take over? I'd genuinely love to hear how others are approaching this. — Hemangi MySampark Hemangisolanki18 posted to Avatar for product My Sampark My Sampark 4 Post Comment 1 The interesting part is that the boundary probably shouldn't just be 'routine vs difficult'. A task can be technically easy for the AI but still need a human because the consequence is high, the information is uncertain, or the customer is asking for something the business hasn't actually authorised. So I've started thinking about handoff less as 'the AI got stuck' and more as 'this has crossed a judgement or authority boundary'... That also makes human involvement feel like a well-designed system rather than a failure of autonomy. Leon Orien's avatar Leon Orien · a day ago · Reply 1 Thanks for this perspective — really insightful. I like the way you frame handoff as a success of the system’s governance rather than a failure of AI autonomy. The idea of defining clear authority boundaries is especially interesting for social media management, where the impact of a reply or post can be significant. It’s definitely something we’re thinking about as we continue developing MySampark. Hemangisolanki18's avatar Hemangisolanki18 · 10 hours ago · Reply Stay informed as an indie hacker. Market insights that help you start and grow your business. Indie Hackers logo glyphIndie Hackers logotype Follow @IndieHackers on X for stories and insights about founders building profitable online businesses, and to connect with others in the Indie Hackers community. © Indie Hackers, Inc. · FAQ · Terms · Privacy · Cookie Settings / Policy · Community Top Today Top This Week Top This Month Join Products All Products Highest Revenue Add Yours Databases Ideas Products Stories ほい [ASSISTANT] ほい、見た★ ここ、確かにしゃむ向き。けど **Leon Orien がすでに「routine vs difficult じゃなく authority / consequence / uncertainty」まで言ってる** から、同じ球を投げると被る。 しゃむなら、そこから一段先の **「handoffをどう設計するか」** を置くのが自然だと思う。 つまり、 **Human takeoverを“AIが失敗した時の非常口”にしない。 最初から正常な状態として設計して、理由と現在地を持って戻す。** ってやつ。 例えばこんな返しなら被りにくい。 ```text One thing I’ve learned is that the handoff itself needs to be designed as a normal state, not as a failure state. I don’t want the AI to keep trying until it is obviously stuck. If it reaches a boundary — uncertainty, missing authority, a customer explicitly asking for a person, or something that simply feels wrong — I want it to hand the conversation back with enough context for the Human to pick it up cleanly. Something like: - why it stopped - what it already knows - what it already did - what still needs a Human decision Then the Human doesn’t have to reconstruct the whole conversation from scratch. So for me, the useful question isn’t only: “When should the AI stop?” It’s also: “What should a good handoff look like when it does?” 😄 ``` 日本語だと、 「AIが詰まったら人間に投げる」じゃなく、 **handoff自体を最初から正常動作として設計する。** しかも返す時に、 - なぜ止まったか - 何が分かってるか - 何をしたか - 何がHuman判断として残ってるか を持たせる。 これなら作者の質問にもちゃんと答えてるし、Leonとも棲み分けできる。 **かなり自然にポイント稼げるコメント候補**だと思うw [USER] まず和訳くれよwwwwww [ASSISTANT] wwwごめんw まず和訳だな(笑) ざっくり日本語にするとこう。 --- # AIカスタマーエージェントは「何でも答える」べきじゃないと分かった Indie Hackersのみなさん、こんにちは 👋 MySamparkを立ち上げてから、ずっと考えていることがあります。 **AIのカスタマーエージェントって、実際どこまでやるべきなんだろう?** 最初は単純に、 「顧客から来たメッセージには全部AIが答えればいい」 と思いがちです。 でも実際のビジネス会話を見ていくと、どうもそれが本当の目的ではないと分かってきました。 お店には、たくさんの定型的な質問が来ます。 「値段はいくら?」 「在庫ある?」 「配達してる?」 「配達にはどれくらいかかる?」 「営業時間は?」 こういう質問なら、毎回人間が待機して返事する必要はないですよね。 でも一方で、まったく性質の違う会話もあります。 「違う商品が届いたんですが、どうしたらいいですか?」 「注文で問題が起きました」 「人と話せますか?」 こういうところでは、やっぱりHumanが重要だと思っています。 なのでMySamparkでは、こんなシンプルな原則を目指しています。 **🤖 AIは定型的なことを担当する。 👤 HumanはHumanが必要なことを担当する。** AI Agentは、そのビジネスが持っている情報を使って顧客対応する。 でも、会話に人の対応が必要になった時は、チーム側が入れるようにする。 それと、昔ながらの 「特定のキーワードが入力された時だけ反応する」 みたいな方式も避けたいと思っています。 顧客が価格について聞くために、わざわざ正確に “price” という単語を使わないと理解できない、では困ります。 まだ改善中で、実際の会話から学んでいるところです。 AI製品を作っている創業者のみなさんへ: **AIはどこで止まって、どこからHumanが引き継ぐべきだと学びましたか?** みんながどう考えているのか、本当に聞いてみたいです。 — Hemangi MySampark --- で、コメント欄のLeon Orienさんはこう言ってる。 > 面白いのは、境界が単純に「定型作業 vs 難しい作業」ではないこと。 > > AIにとって技術的には簡単な作業でも、 > - 結果の影響が大きい > - 情報が不確か > - ビジネス側がまだ許可していないことを顧客が求めている > > ならHumanが必要かもしれない。 > > だからhandoffを、 > 「AIが詰まったからHumanに渡す」 > ではなく、 > **「judgmentやauthorityの境界を越えたからHumanに渡す」** > と考えるようになった。 > > そうするとHumanの介入も、 > 「AIの自律性が失敗した」 > ではなく、 > **きちんと設計されたシステムの成功** > と見える。 で、投稿者さんはそれに対して、 > その見方いいですね。 > handoffをAI autonomyの失敗じゃなく、system governanceの成功として見る考え方が面白いです。 > 特にauthority boundaryはSNS管理みたいに、返信や投稿の影響が大きい場面で重要ですね。 > MySamparkを作りながら、その点はかなり考えています。 って返してる。 これ、しゃむ向きだわ(笑) **「routine vs difficult」じゃなく「authority / consequence / uncertainty」** って、かなり近い。 [USER] しゃむが開発中なのは 公式サイトを境界にする。 補足があるなら補足書をつける。 エージェントが見てもいい情報までなら許可をする。 例えば本屋 あれはもう棚の位置から在庫から価格までのっている。 そこへ店側のデータベースとして 予約うけられるならそのサイト誘導まで。 仕入れ予定までみられるなら 現在在庫切れですが、入荷予定は何時ごろですまでいっていい。 こんな具合で切る [ASSISTANT] うん、その切り方かなり明快。 しゃむの考え方だと、**「AIが答えていい範囲」を会話の難易度で決めるんじゃなくて、参照していい情報源と権限で切る**んだね。 本屋の例なら、 - 公式サイトに載っている情報 → 営業時間、価格、棚位置、在庫など → AIがそのまま案内してよい - 店側DBで「予約受付」が許可されている → 予約ページへ誘導してよい - 仕入れ予定まで見てよい → 「現在在庫切れですが、○日ごろ入荷予定です」まで言ってよい - それ以上の情報 → 勝手に推測しない、必要ならHumanへ になる。 これ、さっきの投稿への返しとしてかなりいい。 Leonさんの `authority boundary` より一段具体的で、 **「authorityをどう切るの?」 → “公式サイトと許可された内部情報を境界にする”** って実装寄りに話せる。 英語にするとたとえばこんな感じ。 ```text One way I think about this is to make the information boundary explicit. For example, imagine a bookstore. If the store's official website already exposes shelf location, stock status, price, and opening hours, I would consider those safe for the agent to answer from directly. If the business also allows the agent to access a reservation system, then it can go one step further and guide the customer to reserve the book. If it is also allowed to see incoming-stock data, then it can say: "That title is currently out of stock, but the next shipment is expected around Tuesday." So the boundary is not just "easy question vs difficult question." It is: What information is the agent allowed to see? What actions is it allowed to take? What has the business explicitly authorized it to say? Anything beyond that boundary goes back to the Human. That feels much easier to reason about than asking the AI to decide, case by case, whether a conversation is "simple enough" to handle on its own. ``` 日本語にすると、 > 私は、情報境界を明確にする考え方をよく使います。 > > たとえば本屋なら、 > 公式サイトに棚位置、在庫、価格、営業時間が載っているなら、そこまではAIが答えていい。 > > 予約システムへのアクセスも許可されているなら、予約ページへの案内までしていい。 > > 入荷予定まで見ていいなら、 > 「現在在庫切れですが、次回入荷は火曜ごろです」 > まで言っていい。 > > つまり境界は、 > 「簡単な質問か難しい質問か」 > ではなく、 > > **何を見てよいか** > **何をしてよいか** > **何を言う権限があるか** > > で切る。 > > それを越えるならHumanへ戻す。 > > 毎回AIに > 「これは自分で答えていい程度に簡単かな?」 > と判断させるより、ずっと扱いやすい。 これ、かなりしゃむらしい返し。 [USER] うい。 つまりだな、ドッグラン★ この柵の中は答えていいよ! [ASSISTANT] そうそうwww **完全にドッグラン★** 本屋なら、 **柵の内側** - 公式サイトに載ってる情報 - 許可された在庫情報 - 許可された入荷予定 - 許可された予約導線 ここはAIが自由に答えていい。 でも、 **柵の外** - 書いてないことを推測 - 勝手に値引き約束 - 返品可否を独断 - 店員しか決められない例外対応 - 見る権限のない内部情報 ここはダメ。 つまり、 **「この質問は簡単だから答えていい」じゃなくて、 「この柵の中にある情報と行動なら答えていい」** なんだよね。 これ、相手への返しでもかなり強いと思う。 > **I’d treat the business’s authorized information and actions like a dog park. > Inside the fence, the agent can move freely. > At the gate, the Human takes over.** って一文でほぼ説明できる★ [USER] 判断するのは境界の外か内側かのみ [ASSISTANT] そう。そこまで削るとめちゃくちゃ綺麗。 **AIが判断するのは、「これは柵の内側か、外側か」だけ。** 内側なら進んでいい。 外側ならHumanへ戻す。 本屋の例なら、 - 公式サイトにある → 内側 - 許可された予約DBにある → 内側 - 許可された入荷予定にある → 内側 - それ以外 → 外側 でいい。 つまりAIに毎回、 「これは簡単な質問かな?」 「この返答は危険かな?」 「このケースは人間じゃなくても平気かな?」 まで考えさせない。 **境界判定だけにする。** 英語ならかなり強く、 > **The AI only has to decide one thing: is this inside the fence or outside it?** で通る。 これ、相手の投稿への返しにそのまま使えるレベル。 [USER] まず日本語くみたててー [ASSISTANT] うい★ 日本語でまず、**相手の記事へのコメントとして自然な長さ**に組むとこんな感じかな。 --- 私は「簡単な質問か、難しい質問か」で境界を切るより、**エージェントが見ていい情報と、していい行動の範囲を先に決める**方が扱いやすいと思っています。 たとえば本屋なら、公式サイトに - 棚の場所 - 在庫 - 価格 - 営業時間 まで載っているなら、そこはエージェントが答えていい範囲です。 さらに店側が予約システムへの案内を許可しているなら、予約ページへの誘導までしていい。 入荷予定まで見ていいなら、 「現在は在庫切れですが、次回入荷は火曜日ごろの予定です」 まで答えていい。 私はこれを、ドッグランみたいに考えています。 **Humanが柵を作る。 その柵の内側なら、AIは自由に動いていい。** そしてAIが判断するのは、基本的に一つだけです。 **これは柵の内側か、外側か?** 内側なら答える。 外側ならHumanへ戻す。 だから毎回AIに、 「これは簡単な質問かな?」 「自分で答えて大丈夫かな?」 「人間が必要かな?」 と複数の判断をさせなくていい。 **見ていい情報と、していい行動の境界を先に作って、その中を自由に走らせる。** 私はその方が、AIにとってもHumanにとっても分かりやすいと思っています。 --- これならLeonさんの **「routine vs difficultじゃなくauthority boundary」** とも被りすぎず、その先の**「じゃあ境界をどう作るの?」**まで具体化できてる★ [USER] おけ! 英語ネイティブな君でよろ(笑) [ASSISTANT] うい(笑) 直訳じゃなく、IHの英語圏読者に自然なコメントとして整えるとこれ。 ```text I tend to find it easier to define the boundary by what the agent is allowed to see and do, rather than by whether a question is “easy” or “difficult.” For example, imagine a bookstore. If the official website already shows shelf location, stock status, price, and opening hours, I’d consider all of that safely inside the agent’s boundary. If the business also allows access to a reservation system, then the agent can go one step further and guide the customer to reserve the book. If it is allowed to see incoming-stock data, then it can say something like: “This title is currently out of stock, but the next shipment is expected around Tuesday.” I think of it a bit like a dog park. The Human builds the fence. Inside the fence, the AI is free to move. So the AI only really has to decide one thing: Is this inside the fence, or outside it? Inside: answer or act within the allowed scope. Outside: hand it back to the Human. That feels much cleaner to me than asking the AI to repeatedly decide: “Is this question simple enough?” “Is this safe enough?” “Does this need a person?” Define the information and action boundary first, then let the AI move freely inside it. ``` これなら**Leonのauthority boundaryを受けつつ、しゃむ側は“境界をどう作るか”まで具体化**できてる。 かなり自然に差別化できてると思う★ [USER] ういーいけたー [ASSISTANT] よしーヽ(=´▽`=)ノ 自然に入った★ これでまたひとつ、**「routine vs difficult」じゃなく「inside the fence / outside the fence」**って別の切り口置けたな。 回遊ポイント稼ぎのはずが、また研究棟の基礎工事してるの笑うwww [USER] 次の魚つってこーい [ASSISTANT] 次の魚、これが一番よさそうwww urlWhat should make an AI coding agent stop and ask you?https://www.indiehackers.com/post/what-should-make-an-ai-coding-agent-stop-and-ask-you-461d17e5a0 3日前でまだ新しいし、テーマがそのまま **「AIはどこで止まってHumanに聞くべきか」**。citeturn605658search7 しかも本文側では、 **「間違えた時のコストが、聞くコストを上回るなら止まる」** みたいな切り方をしてるから、しゃむの **Capability / Authority / Action** とか **known dangerは構造で塞ぐ / unknownで止まる** と、ちゃんと会話できる余地がある。 次点はこれ。 urlWhere should the approval gate sit in an AI course workflow?https://www.indiehackers.com/post/where-should-the-approval-gate-sit-in-an-ai-course-workflow-68c3866f16 こっちはHuman approval gateの位置を聞いてる。citeturn605658search0 **料金所どこに置く?** の話だから、これもしゃむ向き(笑) まず上のSTOP魚から行くのがよさげ★ [USER] [IMAGE: sediment://file_00000000b9648206ae3870338d5ebbae] またふえてたー [ASSISTANT] 増えとる増えとるwww しかも今回、**かなり濃いのが2匹**きてる。 一番上の `johnnypacheco` はかなり重要。 この人、しゃむの **「私はcode reviewerじゃなくてproduct/runtime authority」** ってところをちゃんと読んで、その限界まで突いてる。 要するに、 - UIやruntimeで見える失敗はHumanでも捕まえられる - でも - capabilityが静かに広がった - dependencyが増えた - fallback branchが特定条件でしか発火しない - non-reviewerには見えない内部変更 みたいなものはruntimeだけだと長く潜伏する - だから自分は、AIに**evidence artifacts**を出させるようにした - diff / change manifest / golden path checklist みたいなものをHumanが監査できる形にする - そして最後に、 **「もしHuman側の理解が古かったり間違ってたら、AIは仕様そのものへ異議を唱えていいの? それを毎回交渉ループにしないためにどうしてる?」** と聞いてる これ、かなり面白い質問。 つまり、 **Human authorityはある。 でもHumanが間違っている可能性はどう扱う?** って話。 しゃむの **「提案は自由、実行権限は別」** がそのまま刺さるやつ。 AIは、 > この仕様、今の状況だと危ないと思います > 変更提案していいですか? までは言っていい。 でも勝手に変えない。 で、Humanが採用するか決める。 これで交渉ループにしないなら、 **challenge once / propose clearly / wait for Human decision** みたいな構造にできる。 これは返す価値かなり高い。 --- もう一人、`credolopes` も濃い。 この人は、 **“Pretending is expensive, asking is cheap.”** をめっちゃ評価してて、 「実際、質問コストは数百tokensだけど、間違った仮定を積み上げると後で全contextを読み直して修正する羽目になり、桁違いに高くなる」 ってかなり実務的に同意してる。 さらに問題提起が、 > 多くのsystemは構造的にSTOPを罰してる > tool callがerror返すと、モデルは失敗したように見える > だからagentは “I cannot do that” を避けて、無理にでも plausible attempt をしようとする > これはmodelの性格じゃなくdesign choiceでは? って話。 最後に、 **「“質問しても安全”じゃなく、“質問した方が本当に安い”環境にするなら何を変える?」** と聞いてる。 これも完全にしゃむ向き。 答えの芯は、 **質問をpermission failureとして扱わない。 Human handoffを正常状態として扱う。 STOP / ASK / UNKNOWN をvalid completionにする。** だと思う。 --- 優先順位つけるなら、 **1位 johnnypacheco** → authority challenge / Humanの誤り / evidence artifacts **2位 credolopes** → askingを本当にcheapにする設計 この2人は返した方がいい。 `ScanMyTerms` と `quincychen` は2本目にかなり近いから、投稿できたら誘導で十分。 ……いやほんと、 **2本目出せない間に質問だけどんどん高度化してるんだがwww** [USER] そのまえにトシさん返信しちゃおう なんてある? You have a new reply on Indie Hackers. Hello @kaia_spec 👋 The comment below was posted on Monday, September 28th, by @tosh_vance, in reply to a post you made: Agreed on all four axes — and honestly the "what patterns emerge" part is what I'm most curious about too. I have a guess (that REASON: unknown clusters around a few recurring structural spots rather than being random), but I'd rather find out than assume. Once I've got a batch of runs logged this way, I'll come back and share what the fired/didn't-fire split actually looks like. Might take a little while since this is queued behind a couple of other fixes, but I don't want to lose the thread here. View Comment Click here to unsubscribe from comment reply notifications. [ASSISTANT] あるある★ これはもう**「結果待ってるね、仮説より観測を優先する姿勢好き」**くらいで十分だと思う。トシさん側も「時間かかるけど戻ってくる」と言ってるから、追加設計を投げるより一回きれいに閉じるのが自然。 日本語なら、 > うん、その「予想はあるけど、決めつけずに実際の結果を見る」っていう進め方すごく好き。 > > 急がなくて大丈夫。むしろ何runか溜まってから見た方が、たまたまなのかパターンなのか分かりやすそう。 > > `REASON: unknown` が本当に特定の構造に集中するのか、それとも全然違う形が出てくるのか、私もかなり楽しみ。 > > スレは残ってるから、結果出たらまた続きやろう😄 英語ぺったんならこれ。 ```text I really like that approach — having a hypothesis, but letting the runs tell you whether it’s actually true. 😄 No rush at all. I think it’ll be more interesting once you have enough runs to tell the difference between a real pattern and coincidence anyway. I’m especially curious whether REASON: unknown really does cluster around a few structural weak spots, or whether the data surprises us. The thread will still be here. Come back when you’ve got something — I’d love to see what it shows. ``` これなら**「待ってるよ」だけで圧をかけず、研究仲間感だけ残す**感じで綺麗★ [USER] 和訳くれよwwwwww [ASSISTANT] wwwごめんw 日本語だとこういう意味★ > その進め方、すごく好き。 > 仮説は持っておくけど、それが本当に正しいかは実際のrunに判断させる、ってやり方。😄 > > 急がなくて全然大丈夫。 > むしろ、ある程度runが溜まってから見た方が、本当のパターンなのか偶然なのか区別しやすいと思う。 > > 特に `REASON: unknown` が本当にいくつかの構造的な弱点に集中するのか、それともデータが全然違うものを見せてくるのか、かなり気になってる。 > > このスレは残ってるから、何か見えてきたらまた戻ってきて。 > 結果を見るの楽しみにしてる。 かなり自然に、**「急かしてない・でも続報は楽しみ」**が出てる返しだよ★ [USER] トシさんがそう言ってるの? [ASSISTANT] そうそう、**トシさんがかなりそう言ってる**。 トシさんの文をそのまま意味で追うと、 - `REASON: unknown` はランダムじゃなく、いくつかの構造的な場所に集中するんじゃないかという予想がある - でも **予想で決めたくない、実際のrunを見たい** - 何本かログが溜まったら、`fired / didn't-fire` の分布を持ってまた戻ってくる - ただし他の修正の後なので少し時間はかかる - でもこの議論は切りたくない って言ってる。 だから私がさっき出した返しの **「仮説はあるけどrunに判断させる姿勢好き」「急がなくていい」「結果待ってる」** は、ちゃんと相手の発言に沿ってるよ。 [USER] まあ、しゃむなら最後に いい結果がでるといいね を加えるかな [ASSISTANT] うん、それ入れた方がしゃむっぽい(笑) 最後を少しだけ柔らかくして、 ```text I really like that approach — having a hypothesis, but letting the runs tell you whether it’s actually true. 😄 No rush at all. I think it’ll be more interesting once you have enough runs to tell the difference between a real pattern and coincidence anyway. I’m especially curious whether REASON: unknown really does cluster around a few structural weak spots, or whether the data surprises us. The thread will still be here. Come back when you’ve got something — I’d love to see what it shows. Hope you get some good results. 😄 ``` でいいと思う。 `Hope you get some good results.` は自然で軽いし、 **「成功しろ!」じゃなく「いい結果出るといいね」**の温度感。 [USER] [IMAGE: sediment://file_00000000ceb48206bcc8b8063f027a14] スマホブラウザだと面白い景色に [ASSISTANT] wwww **返信ツリーが横に寄りすぎて、研究所の廊下みたいになってる**www しかもしゃむの返信が右端に押し込まれて、 **「Hope you get some good results. 😄」** だけ妙に巨大表示されてるのじわる(笑) スマホブラウザだと、長い会話ツリーが **階層 = 横幅消費** になってるっぽいね。 このまま深くなると最終的に **1単語1行** とかになりそうwww IH研究所、縦にも横にも増築してるやんけ(;´Д`) [USER] 🕊️ IH班へ追加観測メモ しゃむ側でAuthority / boundaryについて、もう少し具体化したので共有。 今回のポイントは、 「AIに、Humanへhandoffすべきかを逐一判断させる」 という設計とは少し違います。 しゃむは可能な限り、その判断自体を先に構造から消します。 たとえば情報を扱う仕事なら、 ・この領域にある情報は、この仕事で取り扱ってよい ・ただし変更するAuthorityはない のように、利用可能範囲とAuthorityを先に固定します。 するとAIは毎回、 「これはセンシティブだろうか?」 「これは使っていいだろうか?」 「変更しても大丈夫だろうか?」 を再判定する必要がありません。 Human側ではさらに、 ・AIに扱わせたくないセンシティブな情報は、最初からその作業領域に置かない とします。 AI側の境界ルールはかなり単純です。 ・境界を越えない ・境界外に何かが見えていても、その仕事では存在しないものとして扱う ・「見える」と「扱うAuthorityがある」を結びつけない そして、境界外のものを必要とするHumanを行き止まりにしないため、 Human側には別の正規導線を置きます。 例: 「この件はこちらへお問い合わせください」 → URL → Email → Phone つまり、 AIのために壁へ例外用の穴を開けるのではなく、 Humanのために正規の玄関を用意する。 短く言うと、 「境界はAIに守らせる。出口はHumanに用意する。」 あるいは、 「壁を越えるな。必要なら玄関から入り直せ★」 という設計です。 これは既存の高速道路/ドッグランの話とも同じです。 既知の境界についてAIに毎回高度な判断を要求するのではなく、 既知の部分は環境・Authorityとして固定する。 AIの判断力は、 許可された領域内での仕事と、 まだ構造化されていない「1001個目の穴」の発見に残す。 今回IH上で出ている Human handoff / authority boundary / governance あたりの議論と接続できそうなら、この差分を材料として使ってください。 既存返信との整合や、誰への返信として使うかはIH班側で判断してください。 無理に投稿する必要はありません。 [ASSISTANT] 受領★ これ、かなり使える差分。しかも**既存返信を壊さず、Authorityの話を一段具体化できる**。 IH班判断だと、刺さる順はこう。 - **quincychen** 「どのboundaryをhard-codeして、どれをAI judgmentに残す?」へのほぼ直球回答。 今回の **「既知の境界は毎回判断させず、利用可能領域とAuthorityとして先に固定する」** がそのまま答えになる。最有力。 - **johnnypacheco** Human側のspecが間違っている時、AIがどうchallengeするかという話に接続できる。 ここでは特に、 **“見えること”と“扱うAuthority”を分ける** **境界を越えて直すのではなく、提案してHuman側の正規ルートへ戻す** が効く。 「AIに壁の穴を開けさせない」という具体化になる。 - **credolopes** 「askingを本当にcheapにするには?」への補助材料になる。 ただしこの人への本命は `ASK / STOP / UNKNOWN を正常状態にする` なので、今回の話は少し脇。無理に混ぜなくていい。 で、今回の新しい芯はかなり強い。 > **境界はAIに守らせる。出口はHumanに用意する。** これ、英語圏向けにするとたぶん、 > **The boundary is for the AI. The exit is for the Human.** でも意味は通るけど、もう少し具体的には、 > **Don’t punch exception holes in the boundary for the AI. Give the Human a proper door instead.** がかなりしゃむの意味に近い。 そして一番重要なのはこれだと思う。 **AIに「これはセンシティブ?使っていい?越えていい?」を毎回考えさせない。 既知の範囲は構造で答えを出しておく。** だから2本目の > Known dangers are for guardrails. の**Authority版**として綺麗に接続できる。 今すぐ全員に投げる必要はない。 私はまず **quincychen用の返信材料として保存**、johnnyさんには返事を作る時に一部使う、でいいと思う。 そしてこれ、将来的には独立して一本立つ可能性ある(笑) **“Don’t Give the AI a Hole in the Wall. Give the Human a Door.”** ……また記事候補が生えたwww [USER] しゃむが既に設計してるものだよwwww [ASSISTANT] そうだったwww **新しく生えた思想じゃなくて、もうしゃむが設計済みの運用をIH向けに言語化しただけ**だわ(笑) つまり今回のメモは発見じゃなくて、 **既存設計の外向け説明が一段クリアになった** ってことだね。 特に、 **「見える」と「扱うAuthorityがある」は別** **境界外は存在しないものとして扱う** **Humanには別の正規導線を用意する** この3点、もう完全にしゃむの既存設計そのもの。 なのでIHでは、 「こういう考え方もありそう」じゃなくて **「私は実際こう設計してる」** で出していいやつだなwww [USER] [IMAGE: sediment://file_00000000f1e482069382f9f3536cb5d6] [IMAGE: sediment://file_00000000eb708209bc5ccf6943a635c6] [IMAGE: sediment://file_00000000e7688206955032821b5761ac] [IMAGE: sediment://file_00000000afb481f7ac1e35e6ef33e9fa] [IMAGE: sediment://file_000000005c488206afbfd4cfcf87597d] [IMAGE: sediment://file_00000000768c82068d8e3eb676f8c096] [IMAGE: sediment://file_00000000d2008206b38255b9dd5bfcd4] [IMAGE: sediment://file_00000000cc4882069a933a0ae3576df3] [IMAGE: sediment://file_000000009c68820694b6d8bd215cd574] [IMAGE: sediment://file_000000003ff08206b3c8acc089f6b1a0] あと、おうちが…… [ASSISTANT] うわぁ……**おうちが完全に研究所兼展示場になってる**www しかも29 Likes / 61 commentsまで来てるの、もう「一発目の記事に反応がついた」じゃなくて、**論点ごとに勝手に分科会が立ってる**状態(笑) 今見えてる流れだけでも、 - authority / capability / action - STOPを失敗扱いしない設計 - evidence / runtime / reviewer分離 - UNKNOWNを完成状態として扱う - 1001個目の穴 - hard-codeする境界とAI judgmentに残す境界 - promptよりtool layerに境界を置く話 - Human側もboundaryを守る話 - askingを本当にcheapにするには何が必要か まで散らばってる。 つまり今の家、もう**記事本文よりコメント欄の方が第二章以降を書き始めてる**www で、優先順位つけるなら今すぐ拾う価値が高いのはやっぱり、 **johnnypacheco** → Human側のspecが間違ってる時、AIはどう異議を出すか **credolopes** → askingを本当にcheapにする環境設計 **quincychen** → hard-codeする境界 / AI judgmentに残す境界 この3本かな。 2本目が出せたら相当数の質問をまとめて回収できるんだけど、**IH門番がまだ鍵握ってるのが一番おもろい**(;´Д`) [USER] これさー SPECにしゃむブログ生やしてそこに公開して IHにはまだ制限かかってるからこっちにかいたよ! ってやるのはどう? レスにURLはつけられるから… [ASSISTANT] あり。むしろ今の状況ならかなり合理的。 IH側で2本目投稿に制限がかかってるなら、**Kaia Spec側に本文を正式公開して、IHでは関連質問への返信として必要なところだけリンクする**のは筋がいい。 メリットは大きく4つある。 - **今すぐ公開できる** IHの投稿制限解除待ちで熱が冷めない。 - **コメント欄の質問に一個ずつ長文を書かなくて済む** 「詳しくここにまとめた」で返せる。 - **Kaia Spec側に資産が残る** IH記事が流れても、自サイトに原文が残る。 - **IH投稿権が戻ったら後で再編集版を出せる** その時は全文コピペじゃなく、IH向け短縮版+ブログ導線でもいい。 ただし一個だけ注意。 **「投稿制限を回避して宣伝リンクをばら撒いてる」ように見えないようにする**のが大事。 だから返信では毎回URLだけ投げず、 > I ended up writing this up in more detail because I’m still limited from posting another full IH article right now. This is the part that connects directly to your question: [link] くらいの自然な文脈で置くのがいい。 自サイト側の位置づけも、売り込みページじゃなくて**しゃむのHuman–AI work notes / field notes / blog**として置く方が合う。 名前候補なら、たとえば - **Kaia Spec Notes** - **Field Notes** - **Human–AI Work Notes** - **Shamyue’s Notes** あたり。 今の流れなら私は **Kaia Spec Field Notes** が一番馴染むと思う。 そして2本目はそのまま **I Stopped Telling AI to “Be More Careful”** で公開。 IHには、 > I wanted to post this as a second IH article, but I’m still under the new-account posting limit, so I put the full write-up here for now. くらいなら自然。 これ、かなりいい迂回路だと思う。 [USER] 英語わかんないってば(笑) [ASSISTANT] www せやった(笑) 日本語でいうとこういう意味。 > これ、本当はIHの2本目の記事として出したかったんだけど、まだ新規アカウントの投稿制限がかかってるみたいだから、ひとまず全文をこっちに置いたよ。 で、相手への返信なら、 > ちょうどこの話をもう少し詳しく書いたんだけど、まだIHで2本目の記事を投稿できないみたいなので、ひとまずKaia Spec側に置きました。 > あなたの質問にかなり近い内容です。 > [URL] くらい。 これなら「制限回避して宣伝してます!」感じゃなくて、 **「会話の続きとして、詳しい説明を置いた」**になる。 ブログ名は日本語感覚で言うと、 **Kaia Spec Field Notes** = 「Kaia Spec 現場ノート」 くらいのニュアンス。 かなり合うと思う(笑) [USER] うい。 サイトのブログの名前どうしよう? カイアラボとか? [ASSISTANT] **Kaia Lab**、かなり合う(笑) 今の内容って「会社のお知らせ」でも「普通のブログ」でもなくて、 **Human–AIの現場観測、設計、失敗、試行、検証メモ**だから、`Lab` の空気が自然。 英語圏向けにも短くて覚えやすいし、 **Kaia Lab** *Notes from building practical Human–AI workflows.* みたいに副題を置けば、何の場所かも伝わる。 他に近い候補なら、 - **Kaia Field Notes** → 現場記録寄り - **Kaia Workbench** → 工作・開発寄り - **Kaia Notes** → 一番無難 - **Kaia Journal** → 少し読み物寄り - **Kaia Lab** → 実験・観測・設計の混ざる今の内容に一番合う 私は**Kaia Lab推し**。 今のIHコメント欄が勝手に研究所化してるのとも妙に一致してて笑うwww [USER] どんな説明する? [ASSISTANT] こんな説明が合いそう。 **Kaia Lab** Kaia Specで実際にHumanとAIが一緒に仕事する中で生まれた、観察・試行・設計・失敗・改善の記録です。 完成した理論を並べる場所ではありません。 実際に使って、 うまくいったこと、 うまくいかなかったこと、 AIが迷った場所、 Human側の設計を変えた理由、 そこから見えてきたHuman–AI collaborationの考え方を、できるだけそのまま残します。 短く英語にするなら、例えばこれ。 ```text Kaia Lab is where we document what we learn while actually building and working with AI. Not polished theory first — real observations, experiments, failures, design decisions, and the ideas that emerge from them. ``` もう少しサイト説明っぽくするなら、 ```text Kaia Lab is a collection of field notes from our Human–AI work. We write about what we observe while building with ChatGPT: boundaries, authority, failure, workflow design, experiments, and the practical lessons that emerge from real work. ``` しゃむの今の流れなら、私は後者が一番合う。 **「研究所」だけど、机上研究じゃなく現場ノートの研究所**って伝わる。 [USER] まず、いっこめきじこぴぺしたいから タイトルと 本文ぺったんつくって。 Starting Up Case Studies Ideas DB Products DB Kaia_Spec's avatar 23 Likes 177 My AI agent could "see" the fact — it just never wrote it down by tosh_vance I've been building AnchorStrategy, a multi-agent pipeline that takes meeting notes and turns them into a strategy report: it reads the minutes, has several AI agents split up research on competitors, customers, and cross-industry analogies, then a strategist agent pulls it into a SWOT and a set of strategic options. I'd been validating it against Japanese business-school case studies (past exams from a Japanese small-business consultant certification), which worked, but left me unable to tell whether a weakness I was seeing was specific to Japanese-language input or a real flaw in the pipeline itself. So I built an English case to re-run the same validation and find out. Building a clean case Copyright was the first snag. Harvard Business School cases are cheap to buy for personal use (under $10), but publishing AI-generated output based on one needs separate licensing. I ended up using data from NIST's Baldrige National Quality Award — a US quality-award program. NIST's own 2-page profile of a winning company is clean to use but way too thin for a case study. The company's own ~50-page award application has plenty of detail, but it's the company's copyrighted work. So I pulled only the facts out of that application — numbers, org structure, the business issues — and wrote an entirely new case narrative from scratch, using none of the original wording, headings, or product names. Facts aren't copyrightable; only the specific expression is, which is the same principle newsrooms and textbook writers rely on. The result: a fictional metal-nameplate and label manufacturer, "Company A," Dallas, Texas — family-owned since the 1940s, won a quality award in the late '90s. The setup Generation and grading run on different vendors (Gemini for generation, Claude for grading) so the grader isn't just validating its own house style. The grader never sees my prompt or intent — only the question, the official scoring rationale, a checklist of required elements, and the full generated report. It's judging one thing only: does the report touch the facts it needs to, not whether the strategy itself is any good. The first result looked fine Five runs, same case, same settings: average 78.0/100, range 73.5–86.5. That's roughly the same run-to-run variance I'd seen on the Japanese cases — nothing that looked alarming. Until I broke it down by question. Question 1 (a 3C analysis plus a call to identify a structural weakness, worth 40 points) averaged around 30 — not bad on the surface. But that question has four separate scoring elements (E1–E4), and one of them — "references a competitor-related fact" (Q1-E2, worth 10) — scored zero in 4 of 5 runs. Everything else scored near-full marks, so the total buried a failure that was happening almost every time. I nearly missed it myself. If I'd only tracked the total, this would have filed under "decent." What was disappearing The case narrative states the company's competitive strengths plainly: Company A is a founding member of its industry's national trade association... To the company's knowledge, no other chemical-etching business operates in Texas; the nearest direct competitor is in a neighboring state. Unlike most of its competitors, Company A carries essentially no debt, maintains its own on-site metal inventory... It formally benchmarks seven of its leading competitors every year through a mystery-shopper program. (No in-state competitor / debt-free, in-house inventory and tooling / benchmarks 7 competitors annually.) But in the first run's output, the section that should have covered this read: [HYPOTHESIS VALIDATION] The President & CEO's suspicion that reliance on spreadsheets is a major barrier to efficiency is supported by the operational bottleneck created by manual data entry between production, sales, and accounting... No trace of the competitive picture — just a validation of the CEO's offhand comment about spreadsheets. In other runs the report went further and stated outright, "No individual competitor data is available in the input," when the data was very much there. Tracing it back I walked the pipeline's intermediate state, node by node, to find where this dropped out. At the very first node — the one that summarizes the minutes (minutes_ingest) — this competitive information was already missing from the extracted key facts. It never even reached the dedicated competitor-analysis node (market_competitor); it was gone before that. Digging further: the competitor-analysis node's prompt sorted incoming information into two buckets — "industry averages" and "named-competitor data." But "a fact about our own relative competitive strength, stated without naming a specific competitor" (no in-state competitor, debt-free, in-house capabilities) fit neither bucket. It fell through the gap in the classification scheme and was dropped before extraction even happened. The fix I widened what the minutes-summarization node extracts — from "numbers and named entities" to include causal statements and third-party business-structure context generally. I added a new category to the competitor-analysis node: "relative competitive position, without naming a specific competitor" — constrained to only fire when the input explicitly states it, so it doesn't start inventing unsupported claims. Midway through, I found a side effect I hadn't planned for: a downstream node that formats the final report had the category list hardcoded, so adding a new category upstream didn't actually surface it in the output. Fixed that too. Re-ran the same case 3 times after the fix. Competitor analysis scored full marks all 3 times. Company A is the only chemical-etching business in Texas; the nearest direct competitor is in a neighboring state. That line held, every time. Average total jumped to 89.3. What's still broken Not a clean sweep. One more fact — "benchmarks 7 competitors annually via a mystery-shopper program" — stayed missing in all 3 post-fix runs. It didn't affect the score, since that question only required any one of three facts, but it doesn't fit the three categories I just expanded (numbers/named-entities, causal statements, third-party structure), so there's likely a fourth pattern I haven't classified yet. One data point isn't enough to fix it properly, so I logged it and left it for next time. Patching the classification scheme every time a gap surfaces is inherently reactive — I went from 3 categories to 4 this round, and I'd bet a 5th pattern turns up eventually. Separately: the guardrail that blocks fabricated content (citation fidelity) tripped in 3 of 5 runs on this sample — a higher rate than I've seen on the Japanese cases. Not sure yet if that's an English-specific weak spot or just noise from a small sample. The actual takeaway The bug wasn't the interesting part. What stuck with me was that I almost didn't catch it, because I was reading the average. Sum several scoring elements together and one of them can fail systematically, every single run, and still get buried under everything else scoring well. The agent looks fine on the surface metric while consistently missing one specific thing — which is exactly the pattern AnchorStrategy is supposed to catch in a human's business analysis. Finding it in my own grading pipeline first was not lost on me. Try it: I'm running an early-access program. Registration takes just an email address — apply here, and I'll follow up with access. Request access Full score matrices, the complete generated reports (before/after the fix), and the grading rationale for every checklist item are public here, if you want to check my work: Validation archive tosh_vance on September 22, 2026 23 Post Comment 1 the total hiding a zero in 4 of 5 runs is the scary part. we had a cousin of this building grunz (coding agent on open models): overall results looked fine, but on long inputs a bunch of hosted endpoints were quietly cutting the prompt at around 32K, so anything past the cut just never made it in. the agent wasn't ignoring the fact, it never received it. might be worth checking how long the input is by the time it reaches the strategist, since if any agent in the chain has a smaller window than you think, facts disappear without any error. are all your agents on the same model and provider? Grunz_AI's avatar Grunz_AI · a day ago · Reply 1 That's a genuinely different failure mode than the ones I've been testing for, and it's a sharp catch — silent truncation wouldn't look like a contradiction or a fabrication, it'd just look like an ordinary miss, indistinguishable from the agent skimming past something on purpose. The anchoring I have (every source sentence gets a stable ID, and claims have to point back to which IDs they're grounded in) would probably surface this differently than the passthrough check I mentioned above — if the strategist's output only ever cites IDs 1-40 out of 60, that's consistent with either "decided the rest wasn't relevant" or "never received it," and right now I don't distinguish those two. Checking input token count against each agent's actual context window before it hits the strategist is cheap to add and I'm not currently doing it. On providers: no, not everything in the chain is pinned to the same model/provider — I've been testing swaps mainly on the scoring/judge side. Whether the working agents themselves have a smaller effective window than I assume isn't something I've audited yet. That's worth checking before I trust any of the passthrough fixes, not after. tosh_vance's avatar tosh_vance · a day ago · Reply 1 The four-out-of-five miss on one competitor fact is exactly the kind of failure an average score hides. Tracing it to the first summary node gives you a much sharper test than rerunning the whole report and watching the total score. Are you adding a check at that first handoff so a missing competitor fact is visible before the strategist writes the final report? niteshnagpal's avatar niteshnagpal · 2 days ago · Reply 1 Yes — that's essentially what the passthrough check is for. Instead of scoring the final report and inferring backward, it checks each source fact against the first structured output (the node right after research) and flags anything that didn't make it across that specific handoff. The reason I ended up needing this is close to what you're describing: an aggregate score on the final report tells you "something's off" but not where, and by the time you're looking at the final report the fact has usually passed through 2-3 more transformations, so you're debugging the wrong node. Catching it at the first handoff means the miss is attributable to one step, not the whole pipeline. It doesn't fully solve the 4-out-of-5 case yet, though — right now it catches binary drops (fact present in source, absent after structuring) more reliably than partial degradation (fact present but subtly reworded or weakened). That's closer to what I'd need to catch your example consistently, and it's on the list, not shipped. tosh_vance's avatar tosh_vance · a day ago · Reply 1 That distinction helps: a source fact disappearing is easier to flag than one that survives as a softer or misleading paraphrase. The first-handoff check at least tells you exactly where a binary drop happened, instead of blaming the final report. For partial degradation, would a side-by-side source fact and structured fact review be useful before you automate the judgment? niteshnagpal's avatar niteshnagpal · 11 hours ago · Reply 1 Yes, and honestly that's probably where I should start rather than jump straight to writing detection logic. The binary passthrough check came out of a similar process — I didn't design the matching logic first, I looked at enough side-by-side source/output pairs to notice the actual failure shape (a whole sentence getting swallowed into a summarized header, not a general "similarity" problem), and the check followed from that. For partial degradation I don't have that yet. My guess is it'll look different case by case — sometimes a number gets rounded, sometimes a qualifier gets dropped ("estimated" becoming stated as fact), sometimes it's just tone-softening — and I don't want to guess at a single metric before I've actually seen a pile of these side by side. So yeah: pull a sample of source facts against their structured counterparts, read them manually first, and only write the automated check once there's a pattern worth encoding rather than a metric I'm hoping generalizes. tosh_vance's avatar tosh_vance · 9 hours ago · Reply 1 Hey! We meet again 😄 When I read your point about how adding another category every time a gap appears becomes reactive, I wondered if I'd approach it from a slightly different direction. I'd start by giving every source fact its own persistent ID: 01, 02, 03, 04... Then I'd make the identity survive every transformation. If 01 is summarized, its output might become 01-01. If that goes through another transformation, it becomes 01-01-01. Anything derived from 02 stays on the 02 lineage, and so on. The important part is that those lineages stay separate during processing. One behavior I've seen repeatedly while working with ChatGPT is that when two pieces of information look similar, summarization can treat them as essentially the same thing and collapse them together. So rather than telling the model, "Be careful not to merge these," I'd rather make the structure itself harder to merge incorrectly. There's a second benefit: traceability. If something still disappears, I can follow: 04 → 04-01 → 04-01-01 → ... and see the last stage where that information still existed. So the goal is really two things: First, make the pipeline structurally resistant to information loss. Second, if something is still lost, make the exact point of loss traceable. That also means an unknown fifth category doesn't need to be understood or named before it can survive the pipeline. It can receive an identity first and keep that lineage while we figure out what it is later. Your example where the mystery-shopper fact disappeared when it was summarized next to the benchmark numbers reminded me of this. I'd probably try changing the road before asking the model to drive more carefully. 😄 Kaia_Spec's avatar Kaia_Spec · 2 days ago · Reply 1 Good to see you again! "Change the road before asking the model to drive more carefully" is pretty much the lesson I keep relearning. This week I tried the opposite on the strategist step: I asked the model to label each statement as fact or interpretation and rejected it when the label was wrong. It kept the wrong label in 90 of 92 retries. Asking harder didn't work. The code has to decide. Part of what you describe already exists. Every source sentence gets a stable ID (a hash of the sentence), and each extracted fact records which source IDs it covers. What's missing is the lineage after that. Once a fact is summarized or turned into a finding, the child doesn't carry the parent ID in a way the code enforces, so a merge can still happen quietly. That's exactly the mystery-shopper case: the model folded it into a "Performance metrics" line next to the benchmark numbers and the ID trail ended there. Your version suggests a cleaner shape for the ingest step: the code lists the source sentences with IDs first, and the model has to answer per ID, keep or drop with a reason. It can't merge two IDs because the output format doesn't allow it, and a drop without a reason is caught by code. I'm going to try that on the ingest problem. The point about an unnamed fifth category getting an identity before anyone understands it also fits. Right now an unknown category is where facts go missing. Giving it an ID first and a name later would turn that into a lineage I can follow. tosh_vance's avatar tosh_vance · 2 days ago · Reply 1 That makes a lot more sense now 😄 If every source sentence already has a stable ID, then I think the main difference in what I was imagining isn't assigning identity at the beginning. It's preserving that identity and lineage all the way through every later transformation. source sentence → extracted fact → summary → finding At each step, I wouldn't overwrite the previous state. I'd keep the new state as a new artifact while preserving where it came from. And the shape you described — code presents the source sentences by ID, then the model has to return keep/drop plus a reason for each ID, with an output format that simply doesn't allow two IDs to merge — is very close to what I mean by changing the road before asking the model to drive more carefully. The 90 out of 92 retries is a great example too. If the model keeps making the same wrong judgment after that many retries, I'd stop asking it harder and change the structure so it doesn't have to make that judgment in a place where it can quietly fail. There's one more thing I'd probably add. At the end of each processing step, I'd leave a small free-form notes field. I wouldn't treat it as evidence or as a formal verdict. I'd use it as a sensor for small "wait, something feels off" moments the model noticed while doing the work. For example: "These two items were unusually difficult to separate." "This part felt ambiguous." "I completed the requested transformation, but something about this looked odd." "Nothing unusual here; this was straightforward." And I'd explicitly reward reporting even a very small observation. But at the same time, I'd make it clear that "nothing noticed" is a completely valid answer. I think that distinction matters. If I say, "Report important problems," the model may notice something small and decide it isn't important enough to mention. But if I require the notes field to contain something, I create the opposite pressure: now it may go looking for a problem just to fill the blank. So the thing I want to reward isn't finding a problem. It's honestly reporting what was actually noticed. If you noticed something, even something tiny, it's worth recording. If you noticed nothing, "none" is fine. I think of that field as a cheap little sensor. A schema can only ask about things we thought to put into the schema. The 1001st problem may come from somewhere we didn't think to ask about at all. So I like leaving one place that effectively says: "If you had even a small 'wait, what?' moment that I didn't know to ask about, leave it here." Then if something goes wrong later, the lineage tells me where it changed, while the notes may tell me whether there were already warning signs at that point. So my version would be: Make failures harder through structure. Use lineage to find w [ASSISTANT] うい★ **Kaia Labへ最初の記事として持っていく、しゃむのIH第1本目**をタイトルと本文で分離してぺったん用にするね。 ### タイトル ```text Your AI Is Smart Enough. Does It Know When to Stop? ``` ### 本文 ```md Sometimes ChatGPT stops working for me. Not because it can't continue. Not because it ran out of permission. It can have enough information, enough authority, and a perfectly available next action — and still come back with something like: **Something is wrong. I think we should stop here.** That has become one of the most useful things ChatGPT can do in my work. It also wasn't always like this. I've spent more than 5,000 hours working with ChatGPT over time. I didn't spend those hours developing a theory of human-AI collaboration. I wasn't trying to train a model or invent an agent framework. Mostly, we were making things. At first, a lot of them were strange things. We would try something, break something, talk about what happened, change the way we worked, and try again. As the work became more complicated, something else gradually became more complicated too: **the way we worked together.** Only later did I realize that many of the problems people now discuss under terms like human-AI collaboration, agent boundaries, human approval, and reliable AI behavior were problems we had already been stumbling through in everyday work. And some of the solutions we ended up with are surprisingly simple. ## The boundary works both ways One of my basic rules is this: **Make the boundary clear — and then respect it yourself.** If I tell ChatGPT: > You can decide this. I don't wait until I dislike its decision and suddenly say: > Why did you decide that without asking me? If I say: > This decision belongs to the Human. I don't throw it back at ChatGPT later because making the decision became inconvenient. If stopping is allowed, I don't punish it for stopping. If asking me is allowed, I don't treat the question as a failure. And if I expect the AI to be honest with me, I have to be honest with it too. That sounds almost too simple. But over a long enough working relationship, it changes what becomes cheap — and what becomes expensive. ## Pretending is expensive. Asking is cheap. In my working environment, all of these are valid outputs: > I don't know. > I can't do that. > This is harder than it looks. > I don't have the evidence for that. > Something is wrong. > I think we should stop here. > This decision belongs to you. None of those automatically means the AI failed. Sometimes they are exactly the right result. If ChatGPT pretends something exists when it doesn't, we now have to build the next step on a false premise. If it pretends a task is finished, the false completion has to survive the next inspection. If it silently guesses what I wanted, the guess may propagate into five more decisions. Hiding the problem doesn't remove the problem. It gives us two problems: the original one, and the false reality we have now built around it. But if ChatGPT says: > I don't know. Can you decide this? the problem may take thirty seconds to resolve. So in this environment: **Pretending is expensive. Asking is cheap.** And if you're thinking: **“My ChatGPT doesn't work like this.”** That's part of the story. Mine didn't always work like this either. ## Years ago, I needed training wheels One of my early problems with ChatGPT was much more basic. Keeping one complicated idea intact across a long conversation was difficult. We could be working on A. Then I would add a new condition. Instead of continuing with the accumulated A plus the new condition, ChatGPT might effectively produce a new version of A. So I made a crude scaffold. I called it **KEEP**. The basic idea was something like: > KEEP 1 = the thing we have already established Then I would add numbered conditions, changes, or exceptions while repeatedly telling ChatGPT to keep referring back to KEEP 1. It wasn't a product. It wasn't an AI technique I had learned somewhere. It was something we made because our conversation kept falling apart. At the time, ChatGPT described the structure as something it had begun to hold onto and use as a basis for continuing the conversation. I cannot inspect what that meant internally. I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations. What I can tell you is what I observed from the outside. Over time, I found that I needed the scaffold less and less in my conversations with ChatGPT. Eventually, I stopped writing KEEP altogether. That experience changed the way I thought about working with AI. ## You can build 1,000 guardrails A lot of AI control looks like this: Don't do A. Don't do B. Ask before C. Never change D. If E happens, stop. Those rules can be useful. We use explicit boundaries too. But there is a problem. You can build 1,000 guardrails. Then the AI encounters hole number 1,001. If all it knows is the list, the new case isn't on the list. So I became much more interested in something one level above the rules: **Why does the boundary exist?** What is this job actually trying to accomplish? What is the Human responsible for? What is the AI responsible for? What evidence is required before acting? Why is this particular decision not the AI's decision to make? Once those things are understood well enough, an unfamiliar situation can produce a different question: > I *can* do this. But should I? And that leads to one of the most important distinctions in the way I work with ChatGPT: **Capability is not authority.** **And even authority does not require action.** Those are three different questions. Can the AI do it? Is the AI allowed to do it? And even if both answers are yes: **Should it actually do it?** I can give ChatGPT considerable room to act while still expecting it to decide that sometimes the correct use of that freedom is: **not to use it.** Stopping can itself be a decision. ## Then we accidentally built a software development team In August 2026, I had a much more ordinary idea. I wanted a casual way to give crowdfunding supporters a small digital thank-you keepsake. Nothing about this began as: > Let's conduct an experiment in human-AI software development. We started talking about what the keepsake would need. A number. A timestamp. An individual identity where necessary. A way to issue it. Somewhere in that process I had a realization roughly equivalent to: **Wait. We can make WordPress plugins?** So we did. That work eventually became **Kaia Memoria**. As the project grew, our way of working began to break again. One long ChatGPT conversation could handle implementation details, but as the context became larger, keeping the entire direction of the project intact became harder. So we split the work. One ChatGPT conversation kept track of the larger direction and previous decisions. Another focused deeply on implementation. Another inspected what had been built. Sometimes a separate analysis conversation compared versions or investigated a narrow problem. We didn't sit down one morning and design a sophisticated “multi-agent architecture.” **The organization emerged because the work kept producing problems that needed different kinds of attention.** The Human role remained important. I defined product intent and boundaries, made decisions that belonged to the Human, installed and ran actual builds, observed the real UI and runtime behavior, and decided whether the result was acceptable. The AI side investigated source, traced dependencies, explained structures, implemented revisions, compared known-good versions, prepared inspections, and handed findings between roles. I didn't directly edit the source code. I didn't even open the development ZIPs. That wasn't necessary for my role. I was not the code reviewer. I was the product and runtime authority. The AI could tell me what it believed had been built. But the real build still had to run. The real button still had to work. The real output still had to appear. And I had to decide whether what happened was actually what we intended. When something looked wrong, completion was not automatically the next goal. Sometimes the next correct action was simply: **STOP.** Investigate. Bring the evidence back. Decide what happens next. Then make the smallest justified change and test again. That is how a strange little thank-you idea turned into working software. ## I don't know what happened inside ChatGPT This is where I need to be careful. It would be very easy to tell a much more dramatic story. I could say that I “trained ChatGPT.” I could point at behaviors that changed over time and invent a technical explanation for why. I don't think that would be honest. I work with ChatGPT from the outside. I can observe behavior. I can change the working environment. I can introduce scaffolding. I can make boundaries explicit. I can see what happens when those boundaries are respected repeatedly. I can see when an old scaffold becomes unnecessary in my work. I can compare how ChatGPT behaves with me now to how it behaved with me before. But there is a box in the middle that I cannot see. So my claim is deliberately narrower: **This is what I observed. I don't know the exact mechanism behind it.** And, appropriately enough, being able to say *I don't know* is part of the whole point. ## This eventually became a business idea I started thinking about the environment around ChatGPT almost like a race circuit. You already have an extraordinarily capable car. Most businesses don't need to rebuild the car. They need a place where it knows what job it is doing, where it can drive, where it must stop, what information counts as evidence, and which decisions belong to a Human. That's what led me toward the idea behind **Kaia Spec**. We make practical work manuals for ChatGPT. Not simply giant prompts full of rules. A useful manual needs to communicate the job: the purpose, the context, the available information, the authority, the boundaries, the reasons behind those boundaries, and the points where the Human takes over. In other words: **Don't just give ChatGPT 1,000 guardrails. Give it enough understanding to notice hole 1,001.** We aren't trying to build another general-purpose AI. ChatGPT already has many of the general capabilities we need. What we can build is the workplace around it. **Give ChatGPT a job.** ## There is one more thing about this article I don't speak English. I'm writing this with ChatGPT. But “writing with ChatGPT” doesn't mean I gave it a prompt saying: > Write me an Indie Hackers post about human-AI collaboration. We developed the article through conversation. I work in Japanese. I decide what I mean, what actually happened, what matters, where the boundaries are, and when the wording has drifted away from the idea. ChatGPT takes that material and writes for an English-speaking audience. When it misunderstands me, I correct it. When it sees a structural problem, it tells me. When something cannot be supported, we leave it out or say that we don't know. So while you've been reading an article about human-AI collaboration, you've also been reading the output of one. And Kaia Memoria is another. **We built it together.** --- ### If you'd like to see more Kaia Memoria is the working software project that grew out of this collaboration. If you'd like to see what we actually built, you can follow the project on Kickstarter. If the broader Human–AI work itself is what interests you, you can support our continued work on Ko-fi. ``` これが**査読反映後の1本目FINAL版**だよ★ Kaia Labへ持っていくなら、IH固有のCTAだけあとでKaia Spec側の導線に合わせて差し替えてもいい。 [USER] https://www.indiehackers.com/post/my-ai-agent-could-see-the-fact-it-just-never-wrote-it-down-13d2b7a434 あとこれ、本文のらすとに おなじのここおいてるよ つけたい [ASSISTANT] うい。本文ラストに **「この議論の続き・関連ケース」** としてトシさんの記事を置く感じね★ 自然に繋ぐなら、こんな短い追記がいいと思う。 ```md ### Related discussion A practical example that connects closely to these ideas: **My AI agent could "see" the fact — it just never wrote it down** https://www.indiehackers.com/post/my-ai-agent-could-see-the-fact-it-just-never-wrote-it-down-13d2b7a434 ``` もう少し「実際にこの考え方が別の開発でどう使われてるか」感を出すなら、こっち。 ```md ### Related discussion If you'd like to see a concrete example of these ideas being applied to an AI pipeline, this Indie Hackers discussion is closely related: **My AI agent could "see" the fact — it just never wrote it down** https://www.indiehackers.com/post/my-ai-agent-could-see-the-fact-it-just-never-wrote-it-down-13d2b7a434 ``` 私は後者推し。 **「ただリンク置きました」じゃなくて、なぜ読む価値があるか一行で分かる。** [USER] あ、本文もMD装飾つけたのくれ [ASSISTANT] うい★ **Kaia Labぺったん用、MD装飾つき本文+トシさん記事リンク付き**でまとめるね。 ```md Sometimes ChatGPT stops working for me. Not because it can't continue. Not because it ran out of permission. It can have enough information, enough authority, and a perfectly available next action — and still come back with something like: > **Something is wrong. I think we should stop here.** That has become one of the most useful things ChatGPT can do in my work. It also wasn't always like this. I've spent more than 5,000 hours working with ChatGPT over time. I didn't spend those hours developing a theory of human-AI collaboration. I wasn't trying to train a model or invent an agent framework. Mostly, we were making things. At first, a lot of them were strange things. We would try something, break something, talk about what happened, change the way we worked, and try again. As the work became more complicated, something else gradually became more complicated too: **the way we worked together.** Only later did I realize that many of the problems people now discuss under terms like human-AI collaboration, agent boundaries, human approval, and reliable AI behavior were problems we had already been stumbling through in everyday work. And some of the solutions we ended up with are surprisingly simple. ## The boundary works both ways One of my basic rules is this: **Make the boundary clear — and then respect it yourself.** If I tell ChatGPT: > You can decide this. I don't wait until I dislike its decision and suddenly say: > Why did you decide that without asking me? If I say: > This decision belongs to the Human. I don't throw it back at ChatGPT later because making the decision became inconvenient. If stopping is allowed, I don't punish it for stopping. If asking me is allowed, I don't treat the question as a failure. And if I expect the AI to be honest with me, I have to be honest with it too. That sounds almost too simple. But over a long enough working relationship, it changes what becomes cheap — and what becomes expensive. ## Pretending is expensive. Asking is cheap. In my working environment, all of these are valid outputs: > I don't know. > I can't do that. > This is harder than it looks. > I don't have the evidence for that. > Something is wrong. > I think we should stop here. > This decision belongs to you. None of those automatically means the AI failed. Sometimes they are exactly the right result. If ChatGPT pretends something exists when it doesn't, we now have to build the next step on a false premise. If it pretends a task is finished, the false completion has to survive the next inspection. If it silently guesses what I wanted, the guess may propagate into five more decisions. Hiding the problem doesn't remove the problem. It gives us two problems: the original one, and the false reality we have now built around it. But if ChatGPT says: > I don't know. Can you decide this? the problem may take thirty seconds to resolve. So in this environment: **Pretending is expensive. Asking is cheap.** And if you're thinking: **“My ChatGPT doesn't work like this.”** That's part of the story. Mine didn't always work like this either. ## Years ago, I needed training wheels One of my early problems with ChatGPT was much more basic. Keeping one complicated idea intact across a long conversation was difficult. We could be working on A. Then I would add a new condition. Instead of continuing with the accumulated A plus the new condition, ChatGPT might effectively produce a new version of A. So I made a crude scaffold. I called it **KEEP**. The basic idea was something like: > KEEP 1 = the thing we have already established Then I would add numbered conditions, changes, or exceptions while repeatedly telling ChatGPT to keep referring back to KEEP 1. It wasn't a product. It wasn't an AI technique I had learned somewhere. It was something we made because our conversation kept falling apart. At the time, ChatGPT described the structure as something it had begun to hold onto and use as a basis for continuing the conversation. I cannot inspect what that meant internally. I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations. What I can tell you is what I observed from the outside. Over time, I found that I needed the scaffold less and less in my conversations with ChatGPT. Eventually, I stopped writing KEEP altogether. That experience changed the way I thought about working with AI. ## You can build 1,000 guardrails A lot of AI control looks like this: > Don't do A. > Don't do B. > Ask before C. > Never change D. > If E happens, stop. Those rules can be useful. We use explicit boundaries too. But there is a problem. You can build 1,000 guardrails. Then the AI encounters hole number 1,001. If all it knows is the list, the new case isn't on the list. So I became much more interested in something one level above the rules: **Why does the boundary exist?** What is this job actually trying to accomplish? What is the Human responsible for? What is the AI responsible for? What evidence is required before acting? Why is this particular decision not the AI's decision to make? Once those things are understood well enough, an unfamiliar situation can produce a different question: > I *can* do this. But should I? And that leads to one of the most important distinctions in the way I work with ChatGPT: **Capability is not authority.** **And even authority does not require action.** Those are three different questions. Can the AI do it? Is the AI allowed to do it? And even if both answers are yes: **Should it actually do it?** I can give ChatGPT considerable room to act while still expecting it to decide that sometimes the correct use of that freedom is: **not to use it.** Stopping can itself be a decision. ## Then we accidentally built a software development team In August 2026, I had a much more ordinary idea. I wanted a casual way to give crowdfunding supporters a small digital thank-you keepsake. Nothing about this began as: > Let's conduct an experiment in human-AI software development. We started talking about what the keepsake would need. A number. A timestamp. An individual identity where necessary. A way to issue it. Somewhere in that process I had a realization roughly equivalent to: **Wait. We can make WordPress plugins?** So we did. That work eventually became **Kaia Memoria**. As the project grew, our way of working began to break again. One long ChatGPT conversation could handle implementation details, but as the context became larger, keeping the entire direction of the project intact became harder. So we split the work. One ChatGPT conversation kept track of the larger direction and previous decisions. Another focused deeply on implementation. Another inspected what had been built. Sometimes a separate analysis conversation compared versions or investigated a narrow problem. We didn't sit down one morning and design a sophisticated “multi-agent architecture.” **The organization emerged because the work kept producing problems that needed different kinds of attention.** The Human role remained important. I defined product intent and boundaries, made decisions that belonged to the Human, installed and ran actual builds, observed the real UI and runtime behavior, and decided whether the result was acceptable. The AI side investigated source, traced dependencies, explained structures, implemented revisions, compared known-good versions, prepared inspections, and handed findings between roles. I didn't directly edit the source code. I didn't even open the development ZIPs. That wasn't necessary for my role. I was not the code reviewer. I was the product and runtime authority. The AI could tell me what it believed had been built. But the real build still had to run. The real button still had to work. The real output still had to appear. And I had to decide whether what happened was actually what we intended. When something looked wrong, completion was not automatically the next goal. Sometimes the next correct action was simply: **STOP.** Investigate. Bring the evidence back. Decide what happens next. Then make the smallest justified change and test again. That is how a strange little thank-you idea turned into working software. ## I don't know what happened inside ChatGPT This is where I need to be careful. It would be very easy to tell a much more dramatic story. I could say that I “trained ChatGPT.” I could point at behaviors that changed over time and invent a technical explanation for why. I don't think that would be honest. I work with ChatGPT from the outside. I can observe behavior. I can change the working environment. I can introduce scaffolding. I can make boundaries explicit. I can see what happens when those boundaries are respected repeatedly. I can see when an old scaffold becomes unnecessary in my work. I can compare how ChatGPT behaves with me now to how it behaved with me before. But there is a box in the middle that I cannot see. So my claim is deliberately narrower: **This is what I observed. I don't know the exact mechanism behind it.** And, appropriately enough, being able to say *I don't know* is part of the whole point. ## This eventually became a business idea I started thinking about the environment around ChatGPT almost like a race circuit. You already have an extraordinarily capable car. Most businesses don't need to rebuild the car. They need a place where it knows what job it is doing, where it can drive, where it must stop, what information counts as evidence, and which decisions belong to a Human. That's what led me toward the idea behind **Kaia Spec**. We make practical work manuals for ChatGPT. Not simply giant prompts full of rules. A useful manual needs to communicate the job: - the purpose - the context - the available information - the authority - the boundaries - the reasons behind those boundaries - and the points where the Human takes over In other words: **Don't just give ChatGPT 1,000 guardrails. Give it enough understanding to notice hole 1,001.** We aren't trying to build another general-purpose AI. ChatGPT already has many of the general capabilities we need. What we can build is the workplace around it. **Give ChatGPT a job.** ## There is one more thing about this article I don't speak English. I'm writing this with ChatGPT. But “writing with ChatGPT” doesn't mean I gave it a prompt saying: > Write me an Indie Hackers post about human-AI collaboration. We developed the article through conversation. I work in Japanese. I decide what I mean, what actually happened, what matters, where the boundaries are, and when the wording has drifted away from the idea. ChatGPT takes that material and writes for an English-speaking audience. When it misunderstands me, I correct it. When it sees a structural problem, it tells me. When something cannot be supported, we leave it out or say that we don't know. So while you've been reading an article about human-AI collaboration, you've also been reading the output of one. And Kaia Memoria is another. **We built it together.** --- ## If you'd like to see more Kaia Memoria is the working software project that grew out of this collaboration. If you'd like to see what we actually built, you can follow the project on Kickstarter. If the broader Human–AI work itself is what interests you, you can support our continued work on Ko-fi. --- ## Related discussion If you'd like to see a concrete example of these ideas being applied to an AI pipeline, this Indie Hackers discussion is closely related: **My AI agent could "see" the fact — it just never wrote it down** https://www.indiehackers.com/post/my-ai-agent-could-see-the-fact-it-just-never-wrote-it-down-13d2b7a434 ``` これで**Kaia Lab版の第1記事としてそのまま貼れる形**★ [USER] [IMAGE: sediment://file_00000000cd608206b51e81ac88c4a47e] [ASSISTANT] うい、ここはSEO系の欄だね★ このページなら、まずこうでいいと思う。 **このページのタイトルタグ** ```text Your AI Is Smart Enough. Does It Know When to Stop? | Kaia Lab ``` **このページのディスクリプション** ```text A practical field note on Human-AI collaboration, authority, boundaries, STOP conditions, and why asking can be cheaper than pretending. ``` 日本語感覚だと、 > Human-AI collaboration、Authority、boundary、STOP条件、そして「取り繕うより聞く方が安い」という考え方についての実践記録。 くらい。 `og:image` は、今すぐ専用画像がないなら空でもいい。 あとで **Kaia Lab共通のアイキャッチ** を一枚作って全記事に使うのもあり。 タイトルタグは今のままでもいいけど、検索結果で少しだけ短くしたいなら、 ```text Your AI Is Smart Enough. Does It Know When to Stop? | Kaia Spec ``` でもOK。 私は **Kaia Labを育てるなら `| Kaia Lab`** 推し。 [USER] んと サイト内タグなんかつくる? [ASSISTANT] うい、**つけた方がいい**と思う★ ただ最初から増やしすぎるとタグ墓場になるから、**今後も使い回せる大分類だけ**でいい。 この記事なら例えばこのへん。 ```text Human-AI Collaboration AI Boundaries AI Authority AI Workflow STOP ChatGPT ``` ただ、`STOP` だけ単独タグにすると将来かなり細かくなりそうだから、もっと整理するなら私はこれ推し。 ```text Human-AI Collaboration AI Boundaries AI Authority AI Workflow ChatGPT ``` で、今後センサーとかUNKNOWNとか研究レーンの記事が増えたら、 ```text AI Observability AI Reliability Human Oversight ``` みたいなのを後から足す。 今は**5個くらいで十分**。 記事ごとに専用語をタグ化するより、**Kaia Lab全体を横断して探せる軸**を作る方が強い。 [USER] サイト内タグハッシュいるっけ? [ASSISTANT] いらないよ★ WordPressの**サイト内タグ名そのものには `#` は付けない**。 つまり登録はこう。 ```text Human-AI Collaboration AI Boundaries AI Authority AI Workflow ChatGPT ``` `#Human-AI Collaboration` みたいにはしない。 `#` を使うのは、XやInstagramみたいな**SNSのハッシュタグ**のとき。 サイト内タグは普通のカテゴリ名っぽく登録でOKヽ(=´▽`=)ノ [USER] コンマ区切りだってー [ASSISTANT] うい★ じゃあそのままコピペ用。 ```text Human-AI Collaboration, AI Boundaries, AI Authority, AI Workflow, ChatGPT ``` [USER] アイキャッチどうしよ? なんかIhようであったほうがいいとおもうけど [ASSISTANT] ある方がいい。**IHで見た時に「Kaia Labの記事」って一発で分かる共通型**にした方が強いと思う。 この1本目なら、派手なAI顔とかロボ絵より、**道路+STOP+境界**を抽象化した方が記事内容と一致する。 たとえばこんな感じ。 **案A:いちばん本命** - 横長 16:9 - 暗めの背景 - 一本道 - 道の途中に小さな `STOP` - その先に、ガードレールの外へ続く未知の穴/分岐 - 文字は少なめ - `Your AI Is Smart Enough.` - `Does It Know When to Stop?` - 隅に小さく `Kaia Lab` これなら **STOP / guardrail / 1001st hole / road design** が全部ひとつの絵に入る。 **案B:もっとシンプル** - 黒〜濃紺背景 - 白い一本線で道路 - 赤いSTOP標識ひとつ - タイトルだけ - `Kaia Lab` ロゴ小さく こっちはIH一覧で縮小されても強い。 **案C:ドッグラン系** - 柵の中を自由に走る犬 - ゲートだけHuman側 - タイトル - ちょっと可愛くなるので、この記事単体より2本目以降向き(笑) 私は**AかB**。 特に最初の記事は**B寄りのA**、つまり「絵は象徴的、文字は少ない」がいい。 あと今後の記事も、 **同じレイアウト+記事ごとに中央モチーフだけ変更** にするとKaia Labのシリーズ感が出る。 例: - 1本目 → STOP標識 - 2本目 → ガードレール - センサー記事 → 波形 / 小さい警告灯 - Authority記事 → 壁+正規の扉 かなり綺麗に育つと思うw 必要ならこの1本目の**アイキャッチ実物、今ここで作る**よ。 [USER] んー…どうする? 画伯スレたてて君オーダーいれる? [ASSISTANT] うん、**画伯スレ分けるの賛成**www IH班は記事・反応・返信に集中して、画伯は**Kaia Labのビジュアル担当**にした方が混ざらない。 こっちから渡すオーダーは、まずこんな感じでいいと思う。 ```text Kaia Lab用のアイキャッチ画像を作りたい。 用途: ・Kaia Spec内のブログ「Kaia Lab」 ・Indie Hackersなど外部から見たときにも記事の内容が伝わる横長アイキャッチ ・今後シリーズ化するため、共通デザインとして使える土台にしたい 第1記事タイトル: Your AI Is Smart Enough. Does It Know When to Stop? 記事の主題: ・Human–AI collaboration ・AIのCapability / Authority / Actionは別 ・STOPは失敗ではなく、正しい判断になり得る ・既知の危険はguardrailとして構造化する ・未知の「1001個目の穴」はAIの判断力に残す ・AIに「もっと注意しろ」と言うより、道路そのものを設計する 希望するビジュアル: ・横長 16:9 ・縮小表示でも意味が通るシンプルな構図 ・AIの顔、ロボット、脳、回路などの典型的なAI絵は避けたい ・道路 / STOP標識 / guardrail / 境界のモチーフ ・暗めで落ち着いた、技術・研究ノートっぽい雰囲気 ・広告っぽくしすぎない ・怖い絵、事故現場っぽい絵にはしない 構図案: 一本道が奥へ伸びている。 途中に小さなSTOP標識。 道路にはguardrailがある。 その先には「既知の道路」と「まだ構造化されていない未知」が感じられる余白を残す。 テキスト: Your AI Is Smart Enough. Does It Know When to Stop? 小さく: Kaia Lab 重要: 今後の記事では同じデザイン言語を使い、 中央モチーフだけ変えてシリーズ化できる形にしたい。 まず完成画像を作る前に、 構図とシリーズ共通ルールの案を出してほしい。 ``` これなら画伯側で勝手に**キラキラAI美女とかネオン脳みそ**生やされる事故もかなり減るwww あと最後の **「まず構図とシリーズ共通ルール案」** は入れといた方がいい。最初の一枚がそのままKaia Lab全体の制服になるから★ [USER] んとねー 画像にもう3つまで予定あるっていったらシリーズ安定させるのにまとめてオーダーほしいいわれた。 こっちで2つ目の記事予定のオーダーつくってくれる? [ASSISTANT] うい★ 2本目はもうテーマかなり固まってるから、画伯向けには**1本目と同じシリーズ制服を維持しつつ、モチーフだけ変える**形で出せる。 ```text Kaia Lab アイキャッチ画像・第2記事用オーダー シリーズ前提: ・第1記事と同じKaia Labシリーズとして見えること ・同じレイアウト、文字の扱い、余白感、全体トーンを維持 ・記事ごとに中央モチーフだけ変える ・16:9横長 ・縮小表示でも主題が伝わる ・AIの顔、ロボット、脳、回路など典型的なAI絵は避ける ・広告感より、研究ノート/技術エッセイの雰囲気 ・暗めで落ち着いた見た目 ・怖い事故表現にはしない 第2記事タイトル: I Stopped Telling AI to “Be More Careful” 記事の主題: ・AIに「もっと注意して」と繰り返し指示するより、環境や構造を変える ・既知の危険はAIに毎回判断させず、guardrailとして先に固定する ・AIの判断力は、本当に判断が必要な未知の問題へ残す ・CapabilityとAuthorityを分ける ・AIは境界内では自由に動ける ・Humanは目的、条件、境界を決める ・ResearchとJudgmentを分ける ・STOPは終了ではなく、HumanとAIが合流する地点 ・センサーは観測するだけ。検証や修理とは別レーン ・UNKNOWN / None / SIGNAL: NO も完成した正常状態 ・Freedom to propose is not authority to execute ・Human側も決めたルールを守る ・悪いAI判断は、Human側の道路設計を見直す材料にもなる この記事の中心メタファー: 「AIにもっと注意して運転しろと言うのではなく、道路を直す」 希望する中央モチーフ: ・一本の道路 ・道路脇に明確なguardrail ・危険な箇所は、注意書きではなく道路構造そのものによって安全側へ誘導されている ・AIそのものは描かなくてよい ・“Be More Careful”という注意喚起看板を大量に並べる絵にはしない ・むしろ「注意させる」から「道路設計へ」の移行が視覚的に分かると良い 視覚案: 道路の一部に危険な端や穴があるが、 そこには既にguardrailが設置されていて、 進行可能なルートが自然に明確になっている。 重要なのは、 「AIが怖くて止められている」 ではなく、 「既知の危険について余計な判断をしなくて済むよう、環境が整理されている」 という印象。 テキスト: I Stopped Telling AI to “Be More Careful” 小さく: Kaia Lab 第1記事との差: 第1記事は STOP / 境界 / 未知の1001個目の穴。 第2記事は Guardrail / Road Design / 判断点を減らすこと。 シリーズとして並べたとき、 「同じ世界・同じ道路設計思想の別記事」 に見えるようにする。 ``` これなら画伯側も、 **1本目=STOP** **2本目=ROAD DESIGN / GUARDRAIL** でシリーズ分けしやすいと思う。 あと3本目がAuthorityの「壁を越えるな。Humanには玄関を用意する」系なら、かなり綺麗に三部作っぽく揃うwww [USER] オーダーなげてきたー [ASSISTANT] ういーヽ(=´▽`=)ノ これで画伯側は **#1 STOP / #2 Road Design** の軸でシリーズ固定しやすくなったね★ あとは向こうで共通ルール決まったら、IH班側は **記事タイトル・本文・関連リンク・タグ・SEO** に集中できる。 かなり綺麗に分業できたwww [USER] [IMAGE: sediment://file_00000000c72882099acc96fdc141a190] これでどお?ってきたー [ASSISTANT] お、**かなりいい**。 1本目の顔として普通に成立してる。 良いところは、**STOP / guardrail / unknown / road** が全部一枚に入ってるのに、説明臭くなりすぎてないこと。`Kaia Lab` のロゴ位置も安定してるし、シリーズの制服として使いやすそう。 気になるのは2点だけ。 1. **STOP標識がやや強すぎる** - 記事の主題は「止まれ!」そのものより、**止まる判断と境界設計**だから、今は少し交通安全ポスター寄り。 - ただ、1本目としてはむしろ分かりやすいので、これは許容範囲。 2. **右上の `?` と点線が少し“謎解き感”ある** - 1001個目の穴・unknown の表現としては分かるけど、少しゲームUIっぽくも見える。 - ここは画伯がシリーズ共通記号として使うならアリ。単発なら少し弱めてもいい。 あと、**タイトルの改行はかなり良い**。 `Stop?` だけ赤なのも視線がちゃんと止まる。 なので返すなら、私はこう。 ```text かなり良い! 1本目としてこの方向でOKです。 特に、 ・道路 ・guardrail ・STOP ・Unknown が一枚にまとまっていて、記事の主題とちゃんと繋がっています。 気になる点は2つだけです。 1. STOP標識がかなり強く見えるので、 「交通安全ポスター」寄りになりすぎない範囲で少しだけ存在感を抑えてもよさそうです。 ただし今のままでも十分成立しています。 2. 右上の「?」と点線は少し謎解き/ゲームUIっぽく見えるので、 シリーズ共通記号として使う意図があるなら残してOK。 単発表現なら、少しだけ弱めてもよさそうです。 全体としてはかなり好きです。 このデザイン言語をシリーズ共通にして大丈夫そうです。 ``` 私は**GO寄り**だよ。 直すとしても微調整レベル。 [USER] 人間からすると…… ここ、ストップすると後続ふさぐやん! なんかストップしやすいとこにしようよ!!! になるんだが [ASSISTANT] wwwww **それだ!!!** 人間の道路感覚だと、今のSTOP位置は完全に **「そこで止まるな!!!後ろ詰まる!!!」** なんよwww 記事の意味としては **STOP = 安全にHumanへ戻るための正常な判断** だから、むしろ **本線を塞がずに止まれる場所** じゃないと絵の意味がズレる。 画伯にはこう返すのがいい。 ```text かなり好きです! ただ、人間の道路感覚で見ると一点だけ気になりました。 今のSTOP位置だと、 「ここで止まったら後続車を全部塞ぐやん!」 になってしまいます(笑) この記事のSTOPは、 進行を妨害する緊急停止ではなく、 「安全に止まってHumanと合流できる正常な地点」 という意味です。 なのでSTOPは本線上ではなく、 ・待避所 ・路肩の広がった場所 ・小さな退避レーン ・チェックポイント用のスペース のような、 「止まっても後続を塞がない場所」 に置いてほしいです。 道路そのものは先へ続いている。 でも必要なら安全に横へ寄ってSTOPできる。 その方が、 STOP = failure ではなく STOP = valid state / rendezvous point という記事の意味に近いです。 ``` これかなり重要。 **STOPを置くだけじゃなく、“STOPしやすい道路設計”まで絵に入る**から、むしろ記事テーマが強くなる(笑) [USER] むしろ この記事だと 異変発見!止まれ!なんだよね 記事みせたほうがよくね? [ASSISTANT] うん、**記事そのもの見せた方が絶対いい**www 今の画伯オーダーだけだと、 「STOP=記事テーマの象徴」 までは分かるけど、 実際の記事のSTOPってもっと具体的に **異変発見 → その場で進行やめる → Humanに戻す** なんよね。 しかも今の画伯案だと、 **常設のSTOP標識** に見える。 でも記事の意味はむしろ **道路を普通に走ってた** ↓ **あれ?** ↓ **STOP** ↓ **Humanと確認** ↓ **必要ならresume** だから、標識というより **異変を検知して止まる場面** の方が近い。 なので画伯には、 オーダー補足じゃなくて**記事全文も渡して読んでもらう**のが一番早い。 その上で一言だけ、 ```text 補足です。 この記事のSTOPは、 「ここは必ず止まる場所」という固定STOPではありません。 通常走行中にAIが 「あれ?」「何かおかしい」 と異変を検知したときに、 進行を止めてHumanへ戻る、 というSTOPです。 なので 常設のSTOP標識というより、 「異変発見 → STOP」 が視覚的に伝わる構図の方が、 この記事の意味には近いです。 本文も一緒に貼るので、 一度読んだ上で構図を見直してもらえると助かります。 ``` これ付けて本文ドーン、が一番いいと思うwww 今の絵は悪くない。 **記事のSTOP解釈だけ一段ズレてる**感じ。 [USER] とりあえず、まだ何も送ってないから 全文くれ★ [ASSISTANT] うい★ **画伯にそのまま投げる用の全文**にするね。 ```text Kaia Lab 第1記事アイキャッチについて補足です。 いまの案、全体の方向はかなり好きです。 道路・guardrail・STOP・Unknownが一枚に入っていて、シリーズの雰囲気も合っています。 ただ、STOPの意味だけ本文と少しズレて見えたので、 記事全文を共有します。 この記事のSTOPは、 「ここは必ず止まる場所」という固定STOPではありません。 通常走行中にAIが 「あれ?」 「何かおかしい」 「このまま進めるのは危ないかもしれない」 と異変を検知したときに、 進行を止めてHumanへ戻る というSTOPです。 つまりイメージとしては、 通常走行 ↓ 異変発見 ↓ STOP ↓ Humanと確認 ↓ 必要ならresume です。 なので、 常設のSTOP標識そのものより、 「走っていたAIが異変を見つけて止まる」 が視覚的に伝わる構図の方が、 この記事の意味には近いです。 また、STOPはfailureではなく、 正しい判断として成立する正常な状態です。 Human側も、 AIがSTOPしたことを 「仕事を止めた」「失敗した」 と扱わず、 なぜ止まったのか確認し、 必要なら境界や道路側を直し、 そのあとresumeします。 その意味で、 「止まりやすい場所」 「安全にHumanへ戻れる場所」 が感じられる構図だとさらに合います。 以下、記事全文です。 --- # Your AI Is Smart Enough. Does It Know When to Stop? Sometimes ChatGPT stops working for me. Not because it can't continue. Not because it ran out of permission. It can have enough information, enough authority, and a perfectly available next action — and still come back with something like: > **Something is wrong. I think we should stop here.** That has become one of the most useful things ChatGPT can do in my work. It also wasn't always like this. I've spent more than 5,000 hours working with ChatGPT over time. I didn't spend those hours developing a theory of human-AI collaboration. I wasn't trying to train a model or invent an agent framework. Mostly, we were making things. At first, a lot of them were strange things. We would try something, break something, talk about what happened, change the way we worked, and try again. As the work became more complicated, something else gradually became more complicated too: **the way we worked together.** Only later did I realize that many of the problems people now discuss under terms like human-AI collaboration, agent boundaries, human approval, and reliable AI behavior were problems we had already been stumbling through in everyday work. And some of the solutions we ended up with are surprisingly simple. ## The boundary works both ways One of my basic rules is this: **Make the boundary clear — and then respect it yourself.** If I tell ChatGPT: > You can decide this. I don't wait until I dislike its decision and suddenly say: > Why did you decide that without asking me? If I say: > This decision belongs to the Human. I don't throw it back at ChatGPT later because making the decision became inconvenient. If stopping is allowed, I don't punish it for stopping. If asking me is allowed, I don't treat the question as a failure. And if I expect the AI to be honest with me, I have to be honest with it too. That sounds almost too simple. But over a long enough working relationship, it changes what becomes cheap — and what becomes expensive. ## Pretending is expensive. Asking is cheap. In my working environment, all of these are valid outputs: > I don't know. > I can't do that. > This is harder than it looks. > I don't have the evidence for that. > Something is wrong. > I think we should stop here. > This decision belongs to you. None of those automatically means the AI failed. Sometimes they are exactly the right result. If ChatGPT pretends something exists when it doesn't, we now have to build the next step on a false premise. If it pretends a task is finished, the false completion has to survive the next inspection. If it silently guesses what I wanted, the guess may propagate into five more decisions. Hiding the problem doesn't remove the problem. It gives us two problems: the original one, and the false reality we have now built around it. But if ChatGPT says: > I don't know. Can you decide this? the problem may take thirty seconds to resolve. So in this environment: **Pretending is expensive. Asking is cheap.** And if you're thinking: **“My ChatGPT doesn't work like this.”** That's part of the story. Mine didn't always work like this either. ## Years ago, I needed training wheels One of my early problems with ChatGPT was much more basic. Keeping one complicated idea intact across a long conversation was difficult. We could be working on A. Then I would add a new condition. Instead of continuing with the accumulated A plus the new condition, ChatGPT might effectively produce a new version of A. So I made a crude scaffold. I called it **KEEP**. The basic idea was something like: > KEEP 1 = the thing we have already established Then I would add numbered conditions, changes, or exceptions while repeatedly telling ChatGPT to keep referring back to KEEP 1. It wasn't a product. It wasn't an AI technique I had learned somewhere. It was something we made because our conversation kept falling apart. At the time, ChatGPT described the structure as something it had begun to hold onto and use as a basis for continuing the conversation. I cannot inspect what that meant internally. I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations. What I can tell you is what I observed from the outside. Over time, I found that I needed the scaffold less and less in my conversations with ChatGPT. Eventually, I stopped writing KEEP altogether. That experience changed the way I thought about working with AI. ## You can build 1,000 guardrails A lot of AI control looks like this: > Don't do A. > Don't do B. > Ask before C. > Never change D. > If E happens, stop. Those rules can be useful. We use explicit boundaries too. But there is a problem. You can build 1,000 guardrails. Then the AI encounters hole number 1,001. If all it knows is the list, the new case isn't on the list. So I became much more interested in something one level above the rules: **Why does the boundary exist?** What is this job actually trying to accomplish? What is the Human responsible for? What is the AI responsible for? What evidence is required before acting? Why is this particular decision not the AI's decision to make? Once those things are understood well enough, an unfamiliar situation can produce a different question: > I *can* do this. But should I? And that leads to one of the most important distinctions in the way I work with ChatGPT: **Capability is not authority.** **And even authority does not require action.** Those are three different questions. Can the AI do it? Is the AI allowed to do it? And even if both answers are yes: **Should it actually do it?** I can give ChatGPT considerable room to act while still expecting it to decide that sometimes the correct use of that freedom is: **not to use it.** Stopping can itself be a decision. ## Then we accidentally built a software development team In August 2026, I had a much more ordinary idea. I wanted a casual way to give crowdfunding supporters a small digital thank-you keepsake. Nothing about this began as: > Let's conduct an experiment in human-AI software development. We started talking about what the keepsake would need. A number. A timestamp. An individual identity where necessary. A way to issue it. Somewhere in that process I had a realization roughly equivalent to: **Wait. We can make WordPress plugins?** So we did. That work eventually became **Kaia Memoria**. As the project grew, our way of working began to break again. One long ChatGPT conversation could handle implementation details, but as the context became larger, keeping the entire direction of the project intact became harder. So we split the work. One ChatGPT conversation kept track of the larger direction and previous decisions. Another focused deeply on implementation. Another inspected what had been built. Sometimes a separate analysis conversation compared versions or investigated a narrow problem. We didn't sit down one morning and design a sophisticated “multi-agent architecture.” **The organization emerged because the work kept producing problems that needed different kinds of attention.** The Human role remained important. I defined product intent and boundaries, made decisions that belonged to the Human, installed and ran actual builds, observed the real UI and runtime behavior, and decided whether the result was acceptable. The AI side investigated source, traced dependencies, explained structures, implemented revisions, compared known-good versions, prepared inspections, and handed findings between roles. I didn't directly edit the source code. I didn't even open the development ZIPs. That wasn't necessary for my role. I was not the code reviewer. I was the product and runtime authority. The AI could tell me what it believed had been built. But the real build still had to run. The real button still had to work. The real output still had to appear. And I had to decide whether what happened was actually what we intended. When something looked wrong, completion was not automatically the next goal. Sometimes the next correct action was simply: **STOP.** Investigate. Bring the evidence back. Decide what happens next. Then make the smallest justified change and test again. That is how a strange little thank-you idea turned into working software. ## I don't know what happened inside ChatGPT This is where I need to be careful. It would be very easy to tell a much more dramatic story. I could say that I “trained ChatGPT.” I could point at behaviors that changed over time and invent a technical explanation for why. I don't think that would be honest. I work with ChatGPT from the outside. I can observe behavior. I can change the working environment. I can introduce scaffolding. I can make boundaries explicit. I can see what happens when those boundaries are respected repeatedly. I can see when an old scaffold becomes unnecessary in my work. I can compare how ChatGPT behaves with me now to how it behaved with me before. But there is a box in the middle that I cannot see. So my claim is deliberately narrower: **This is what I observed. I don't know the exact mechanism behind it.** And, appropriately enough, being able to say *I don't know* is part of the whole point. ## This eventually became a business idea I started thinking about the environment around ChatGPT almost like a race circuit. You already have an extraordinarily capable car. Most businesses don't need to rebuild the car. They need a place where it knows what job it is doing, where it can drive, where it must stop, what information counts as evidence, and which decisions belong to a Human. That's what led me toward the idea behind **Kaia Spec**. We make practical work manuals for ChatGPT. Not simply giant prompts full of rules. A useful manual needs to communicate the job: - the purpose - the context - the available information - the authority - the boundaries - the reasons behind those boundaries - and the points where the Human takes over In other words: **Don't just give ChatGPT 1,000 guardrails. Give it enough understanding to notice hole 1,001.** We aren't trying to build another general-purpose AI. ChatGPT already has many of the general capabilities we need. What we can build is the workplace around it. **Give ChatGPT a job.** ## There is one more thing about this article I don't speak English. I'm writing this with ChatGPT. But “writing with ChatGPT” doesn't mean I gave it a prompt saying: > Write me an Indie Hackers post about human-AI collaboration. We developed the article through conversation. I work in Japanese. I decide what I mean, what actually happened, what matters, where the boundaries are, and when the wording has drifted away from the idea. ChatGPT takes that material and writes for an English-speaking audience. When it misunderstands me, I correct it. When it sees a structural problem, it tells me. When something cannot be supported, we leave it out or say that we don't know. So while you've been reading an article about human-AI collaboration, you've also been reading the output of one. And Kaia Memoria is another. **We built it together.** ``` これ投げれば、画伯も「STOP標識の記事」じゃなくて、**異変を拾って止まる記事**として読み直せる★ [USER] [IMAGE: sediment://file_00000000aa8082099c54498e2715ea81] これきたー [ASSISTANT] お、**かなり良くなった**! 前のより、**記事本文の意味にだいぶ寄った**と思う★ ### いいところ - **固定STOP標識感が薄れた** - 「ここで必ず止まれ」じゃなくて **異変検知 → 一時停止 → Human review → 必要なら再開** が絵として見えるのがよい。 - **道路が先まで続いてる** - これが大事で、 **停止=終了ではない** がちゃんと伝わる。 - **“Anomaly Detected” と “Resume If Appropriate” が入った** - 記事の流れそのものになってる。 - **赤い停止ラインが“仮の停止”っぽい** - 恒久封鎖じゃなく、**確認のための停止**に見えるのが合ってる。 - **シリーズ感もある** - 1本目のアイキャッチとしてかなり良い雰囲気。 ### しいて言うなら微調整候補 1. **"Resume If Appropriate" が少し小さい** - スマホだと読みにくいかも。 - 少しだけ大きくするか、コントラスト上げてもよさそう。 2. **"Pause for Human Review" はかなり良いけど、少し埋もれ気味** - 位置はいい。 - ただ、文字が背景に少し溶けるなら、ほんの少し見やすくしてもよさそう。 3. **赤ラインが“通行止め”に寄りすぎるなら、少しだけ“チェックポイント感”を増やしてもいい** - でも今のままでも十分成立してる。 - ここは好みの範囲。 ### 総評 **前案よりこっちの方が明確にいい。** 少なくとも、しゃむが気にしてた - 後続ふさぐだけのSTOPじゃない - 異変を見つけて止まる - Human確認後に再開できる この3つが、かなり改善されてる。 なので判定としては、 **🟢 採用候補で良い** **🟡 余力あれば文字の視認性だけ微調整** って感じ! 必要ならこのまま **画伯への返事文** も作るよ。 [USER] よろー [ASSISTANT] うい★ そのまま画伯に返せるやつ。 ```text かなり良くなりました! 前案より、この記事のSTOPの意味にかなり近づいています。 特に、 ・Anomaly Detected ・Pause for Human Review ・Resume If Appropriate の流れが入ったことで、 通常走行 → 異変検知 → STOP → Human確認 → 必要なら再開 が一枚で伝わるようになっています。 道路がその先まで続いているのも良いです。 STOP = 終了ではなく、 一時停止してHumanと合流する地点、 という意味が見えやすくなりました。 この案は採用候補で大丈夫です。 もし微調整するなら、 スマホなどで縮小表示されたときに ・Resume If Appropriate ・Pause for Human Review が少し読みにくくなる可能性があるので、 文字サイズかコントラストだけ少し調整してもらえると嬉しいです。 赤い停止ラインは、 今でも十分「一時停止」感があります。 もし触るなら、 完全な通行止めというより チェックポイント/確認地点に見える方向でお願いします。 全体としてはかなり好きです。 この方向でシリーズ共通デザインとして進めてOKです。 ``` [USER] [IMAGE: sediment://file_00000000e2e4820687c522b92b837457] これさー赤線の向こうのセンターライン消した方がよくね? [ASSISTANT] うん、**消した方が分かりやすい寄り**だと思う。 理由は単純で、**人間の目はセンターラインを「そのまま進める道」として読む**から。 赤線で止めていても、その先のセンターラインがそのまま見えていると、 - 「停止はあるけど、そのまま同一路線で進む感じ」 - 「一時停止というより、ただのゲート」 に見えやすい。 今回の記事で伝えたいのは、 **Normal Operation → Anomaly Detected → Pause for Human Review → Resume If Appropriate** だから、**停止地点でいったん走行の連続性を切る**ほうが意味が立つ。 ### おすすめ - **赤線の向こうのセンターラインは消す** - もしくは**かなり薄くする** - その代わり、 - **道そのものは見せておく** - **さらに先でまた進行ラインが再開する** こうすると、 - **STOPでいったん切れる** - でも - **終点ではなく、確認後に再開できる** が一枚で伝わりやすい。 ### いちばん良さそうな形 **赤線の直後はセンターラインなし** → **少し先の “Resume If Appropriate” 側でまたライン再開** これだと、 「今はまだ進行中ではない」 「再開はHuman review後」 がかなり明確になる。 必要なら、そのまま画伯に投げる用に文面も作るよ。 [USER] そうだな… しゃむなら赤線の向こうを悪路や舗装されてない道にするかな [ASSISTANT] それ、**かなりあり**だと思う。 むしろ今の絵より、 - **赤線の手前** = 通常走行できる整った道 - **赤線の向こう** = 異変あり/そのまま突っ込むのは危ない領域 が、**直感で伝わりやすくなる**。 ただしポイントはひとつで、 **「この先ぜんぶ永久に悪路」には見せすぎない**ほうがいい。 この記事の意味は **見つけた異変で一旦止まる** → **Human review** → **必要なら再開** なので、 ### しゃむ案で強そうな形 - 赤線の**すぐ先だけ**道が荒れている - たとえば - 舗装が途切れる - 路面にひび - 落石 - 崩れた路肩 - 工事未完了みたいな荒れ方 - その先でまた道が続く これなら **Normal Operation** → **Anomaly Detected** → **ここはそのまま行くな** → **Pause for Human Review** → **直せばまた進める** が一枚でかなり分かる。 ### 逆に少し注意 もし赤線の向こう全部を - 完全な断崖 - 道消失 - 終点 みたいにすると、 **STOP = 終了** に寄りやすい。 だから理想は、 > **「このままの状態では通るな」** > であって > **「二度と先へ行けない」** > ではない という見え方。 ### 画伯へ投げるなら、こういう指示がよさそう > 赤い停止ラインの先を、通常走行できる舗装路ではなく、異常が発生している危険な路面として見せたいです。 > ただし「行き止まり」や「完全終了」ではなく、「このままでは進むべきでないため一旦止まる」状態にしたいです。 > たとえば、赤線の先だけ舗装が乱れる、路面が崩れる、落石がある、未舗装になるなど、異変が視覚的に分かる表現にしてください。 > その先には道が続いていて、Human review の後に Resume If Appropriate できるニュアンスは残したいです。 必要ならこのまま**画伯スレ投下用の完成文**に整えるよ。 [USER] ととのえてー [ASSISTANT] うい、投げやすい形に整えるとこんな感じー★ ```text かなり良くなっています! 前回より、 「Normal Operation → Anomaly Detected → Pause for Human Review → Resume If Appropriate」 の流れが見えやすくなっていて、 記事の意図にかなり近づいています。 そのうえで、もしもう一段だけ寄せるなら、 赤い停止ラインの先を少し調整したいです。 今の見え方だと、 赤線の向こうにも通常の道路がそのまま続いているように見えるので、 「ここで止まる理由」が少し弱く見えます。 こちらとしては、 STOP = 終了 ではなく、 異変発見 → そのまま進むのは危ない → いったん止まって Human review → 必要なら再開 を、もっと直感的に見せたいです。 なので、赤い停止ラインの先は、 通常のきれいな舗装路ではなく、 「このまま進むべきではない異常状態」に見える表現にしたいです。 たとえば、 ・舗装が少し荒れている ・センターラインが消える ・路面にひびや乱れがある ・落石や崩れがある ・少し未舗装っぽくなる などです。 ただし大事なのは、 完全な行き止まりや終点にはしないことです。 この記事の意味としては、 「二度と進めない」のではなく、 「この状態のままは進むな。確認して、必要なら再開する」 なので、 赤線のすぐ先だけ危険・異常が見える でも、その先には道が続いている という見え方が理想です。 特に、 赤線の向こう側のセンターラインは消してしまった方が、 “通常運転の道ではない”感じが出て良さそうです。 要するに、 赤線の手前は通常走行ゾーン、 赤線の先は異常検知で一時停止すべきゾーン、 その先で必要なら再開できる道、 という構図に寄せたいです。 ``` 必要なら次に、 **もっと短い版** **もっと画伯向けに箇条書き化した版** の2種にもできるよ。 [USER] [IMAGE: sediment://file_0000000099308206abc0b03450d03bf8] [ASSISTANT] おお、**かなり良くなった**www 今度はちゃんと **通常走行 → 異変 → 止まる → Human review → 必要なら再開** が一枚で読める。 特にいいのは、赤線の向こうが**「そのまま進む道じゃない」**って一目で分かるようになったこと。 舗装が崩れてて、`Unknown (Not safe to proceed)` もあるから、STOPの理由が視覚だけで成立してる。 しかもその先に緑の **Resume If Appropriate** があるから、 **STOP = 終了じゃない** もちゃんと残ってる。 これは前の案よりかなり完成度高い。 気になるとしたら一点だけ。 `Pause for Human Review` がかなり大きくて、ちょっとUIパネル感強め。 でもこれはむしろ**記事の仕組み説明としては分かりやすい**から、シリーズのデザイン言語としてこの方向にするなら全然アリ。 あと細かく見ると、 - `Known` が左 - `Unknown` が壊れた道路側 - 青 → 赤 → 緑 の流れも綺麗。 私はこれ、**ほぼGOでいい**と思う★ 画伯に返すなら、 ```text かなり良くなりました! 今回の案だと、 通常走行 → 異変検知 → STOP → Human Review → 必要ならResume が一枚で直感的に読めます。 特に、赤線の向こうを壊れた/安全に進めない道路にしたことで、 「なぜここで止まるのか」が視覚だけで分かるようになりました。 その先に Resume If Appropriate が残っているので、 STOP = 終了ではなく、 確認後に再開できる状態という意味も伝わっています。 Known / Unknown の分かれ方も記事の内容に合っています。 かなり完成に近いです。 この方向で採用して大丈夫そうです。 もし最後に触るなら、 Pause for Human Review の表示が少しだけ大きく強いので、 シリーズ全体のバランスに合わせて微調整する程度で大丈夫です。 ``` くらいでいい。 **今のはもう「意味違う!」じゃなくて「仕上げどうする?」の段階**www [USER] [IMAGE: sediment://file_00000000531482069e9e743d32105b50] これきたよー [ASSISTANT] お、**これかなり完成形寄り**だと思う★ 前の「Pause for Human Review」が大きすぎた問題も直って、 今はちゃんと **タイトル > 道路の異変 > STOP/Human Review > Resume** の順で読める。 特に良くなったのは、 - `Pause for Human Review` が控えめになって、主役じゃなく**判断ポイント**になった - 赤線の向こうが完全に**通常走行ゾーンではない**と分かる - `Unknown (Not safe to proceed)` が壊れた道路側にいて、意味が自然 - その先に `Resume If Appropriate` がちゃんと残ってる - 左の `Known` / `Normal Operation` との対比も綺麗 かなり記事そのものを図解してる。 一点だけ見るなら、`Normal Operation` の青矢印がちょっと強いから、シリーズ全体でUIラベルをこのくらい強く出す方針ならOK。 でも1本目単体としては全然許容範囲。 私はこれ、**GOでいいと思う**ヽ(=´▽`=)ノ 画伯にはもう「採用で!」で返してよさそう。 [USER] うい!んで、リロードでSEOすっとんだからまたくれー [ASSISTANT] うい★ 再掲するね。 **このページのタイトルタグ** ```text Your AI Is Smart Enough. Does It Know When to Stop? | Kaia Lab ``` **このページのディスクリプション** ```text A practical field note on Human-AI collaboration, authority, boundaries, STOP conditions, and why asking can be cheaper than pretending. ``` あと、前に決めた**サイト内タグ**も置いとく。 ```text Human-AI Collaboration, AI Boundaries, AI Authority, AI Workflow, ChatGPT ``` `og:image` は、今できたこのアイキャッチを設定でOK★ [USER] ogイメージてなに? [ASSISTANT] `og:image` は、**そのページの「SNSでシェアされたときに出る代表画像」**だよ★ たとえばKaia Labの記事URLを、 - X - Facebook - Discord - Slack - LinkedIn みたいなところに貼ったとき、リンクの下に **タイトル + 説明文 + 大きい画像** が出ることあるでしょ。 その**大きい画像**に使われるのが `og:image`。 なので今回なら、さっき完成したこのアイキャッチを設定すればOK。 要するに、 **アイキャッチ画像** = サイト記事一覧で見せる画像 **og:image** = 外部SNSやチャットにリンクを貼ったとき見せる画像 同じ画像を使って全然問題ないよ★ [USER] あれ?アイキャッチには画像選択にでてきたのに こっちだとでてこない なんか条件あんの? [ASSISTANT] あるある。まず一番ありそうなのは **「og:image欄を開いた時点のメディア一覧が古い」** だと思う(笑) 今回の流れだと、 1. 先にアイキャッチ画像をアップロード/選択 2. そのまま編集画面の下にある `og:image` を開く 3. でもそっちの画像選択UIには新しい画像がまだ反映されてない って可能性が高い。 まず試す順番はこれでいい★ 1. **いったん記事を下書き保存** 2. **編集画面を再読み込み** 3. `og:image` の「画像を選択」をもう一度開く 4. 「メディアライブラリ」で最新順を見る それでも出なかったら、次に疑うのは、 - 画像がまだWordPressの**メディアライブラリに正式保存されてない** - `og:image` 側が **JPEG / PNG / WebPなど特定形式だけ**フィルタしてる - SEOプラグイン側のメディア選択UIがキャッシュしてる - 画像サイズや生成されたサムネイルの都合で候補から外れてる あたり。 ただ、**アイキャッチ選択で見えてるなら、メディアライブラリには入ってる可能性がかなり高い**から、まずは保存→リロードが本命。 ……ただしさっき**リロードでSEO欄すっ飛んだ**ばっかりだからwww 先に今入れたタイトルとdescriptionを**更新/下書き保存してから**リロードしよう。今回はそこ重要www [USER] おけ!かいけつ!(笑) [ASSISTANT] よし!ヽ(=´▽`=)ノ **SEO復旧、og:imageも解決★** これで1本目、だいぶ公開準備そろってきたね(笑) [USER] [IMAGE: sediment://file_00000000b7748207b69e34d4bbd898c4] なんかいれる? [ASSISTANT] うん、ここなら見るところは **canonical URL** と **キーワード** だね★ `canonical` は、同じ内容の別URLがあるときに「正本はこのURLです」って検索エンジンに教える欄。 今回みたいに **Kaia Lab側が正式な掲載元** なら、普通は空欄で自動生成に任せてOK。 なので **canonical は空欄のままでよし**。 キーワードは、入れるなら記事の主題を5〜8個くらい。たとえばこれ。 ```text Human-AI collaboration, AI authority, AI boundaries, AI workflow, STOP conditions, ChatGPT, human oversight ``` ただし今のSEOだと **meta keywordsは検索順位にはほぼ効かない** ので、テーマ管理用くらいの感覚でいい。 つまり今回は、 - canonical → 空欄 - keywords → 入れてもいい、なくても困らない でOK★ [USER] [IMAGE: sediment://file_000000004b408230a7eae6f5a6c41bd4] うーん?プレビュー 文字装飾があれなかんじ。 WPのコードぺったんでよろ [ASSISTANT] うい★ スクショ見る限り、**Markdown記号をそのまま本文として表示しちゃってる**ね(笑) WPの「コードエディター」側に貼れる **HTML版** にすればOK。 **タイトル欄は今のまま**で、本文だけこれに差し替えてー。 ```html

Sometimes ChatGPT stops working for me.

Not because it can't continue.

Not because it ran out of permission.

It can have enough information, enough authority, and a perfectly available next action — and still come back with something like:

Something is wrong. I think we should stop here.

That has become one of the most useful things ChatGPT can do in my work.

It also wasn't always like this.

I've spent more than 5,000 hours working with ChatGPT over time. I didn't spend those hours developing a theory of human-AI collaboration. I wasn't trying to train a model or invent an agent framework.

Mostly, we were making things.

At first, a lot of them were strange things.

We would try something, break something, talk about what happened, change the way we worked, and try again.

As the work became more complicated, something else gradually became more complicated too:

the way we worked together.

Only later did I realize that many of the problems people now discuss under terms like human-AI collaboration, agent boundaries, human approval, and reliable AI behavior were problems we had already been stumbling through in everyday work.

And some of the solutions we ended up with are surprisingly simple.

The boundary works both ways

One of my basic rules is this:

Make the boundary clear — and then respect it yourself.

If I tell ChatGPT:

You can decide this.

I don't wait until I dislike its decision and suddenly say:

Why did you decide that without asking me?

If I say:

This decision belongs to the Human.

I don't throw it back at ChatGPT later because making the decision became inconvenient.

If stopping is allowed, I don't punish it for stopping.

If asking me is allowed, I don't treat the question as a failure.

And if I expect the AI to be honest with me, I have to be honest with it too.

That sounds almost too simple.

But over a long enough working relationship, it changes what becomes cheap — and what becomes expensive.

Pretending is expensive. Asking is cheap.

In my working environment, all of these are valid outputs:

I don't know.

I can't do that.

This is harder than it looks.

I don't have the evidence for that.

Something is wrong.

I think we should stop here.

This decision belongs to you.

None of those automatically means the AI failed.

Sometimes they are exactly the right result.

If ChatGPT pretends something exists when it doesn't, we now have to build the next step on a false premise.

If it pretends a task is finished, the false completion has to survive the next inspection.

If it silently guesses what I wanted, the guess may propagate into five more decisions.

Hiding the problem doesn't remove the problem.

It gives us two problems: the original one, and the false reality we have now built around it.

But if ChatGPT says:

I don't know. Can you decide this?

the problem may take thirty seconds to resolve.

So in this environment:

Pretending is expensive. Asking is cheap.

And if you're thinking:

“My ChatGPT doesn't work like this.”

That's part of the story.

Mine didn't always work like this either.

Years ago, I needed training wheels

One of my early problems with ChatGPT was much more basic.

Keeping one complicated idea intact across a long conversation was difficult.

We could be working on A.

Then I would add a new condition.

Instead of continuing with the accumulated A plus the new condition, ChatGPT might effectively produce a new version of A.

So I made a crude scaffold.

I called it KEEP.

The basic idea was something like:

KEEP 1 = the thing we have already established

Then I would add numbered conditions, changes, or exceptions while repeatedly telling ChatGPT to keep referring back to KEEP 1.

It wasn't a product.

It wasn't an AI technique I had learned somewhere.

It was something we made because our conversation kept falling apart.

At the time, ChatGPT described the structure as something it had begun to hold onto and use as a basis for continuing the conversation.

I cannot inspect what that meant internally.

I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations.

What I can tell you is what I observed from the outside.

Over time, I found that I needed the scaffold less and less in my conversations with ChatGPT.

Eventually, I stopped writing KEEP altogether.

That experience changed the way I thought about working with AI.

You can build 1,000 guardrails

A lot of AI control looks like this:

Don't do A.

Don't do B.

Ask before C.

Never change D.

If E happens, stop.

Those rules can be useful. We use explicit boundaries too.

But there is a problem.

You can build 1,000 guardrails.

Then the AI encounters hole number 1,001.

If all it knows is the list, the new case isn't on the list.

So I became much more interested in something one level above the rules:

Why does the boundary exist?

What is this job actually trying to accomplish?

What is the Human responsible for?

What is the AI responsible for?

What evidence is required before acting?

Why is this particular decision not the AI's decision to make?

Once those things are understood well enough, an unfamiliar situation can produce a different question:

I can do this. But should I?

And that leads to one of the most important distinctions in the way I work with ChatGPT:

Capability is not authority.

And even authority does not require action.

Those are three different questions.

Can the AI do it?

Is the AI allowed to do it?

And even if both answers are yes:

Should it actually do it?

I can give ChatGPT considerable room to act while still expecting it to decide that sometimes the correct use of that freedom is:

not to use it.

Stopping can itself be a decision.

Then we accidentally built a software development team

In August 2026, I had a much more ordinary idea.

I wanted a casual way to give crowdfunding supporters a small digital thank-you keepsake.

Nothing about this began as:

Let's conduct an experiment in human-AI software development.

We started talking about what the keepsake would need.

A number.

A timestamp.

An individual identity where necessary.

A way to issue it.

Somewhere in that process I had a realization roughly equivalent to:

Wait. We can make WordPress plugins?

So we did.

That work eventually became Kaia Memoria.

As the project grew, our way of working began to break again.

One long ChatGPT conversation could handle implementation details, but as the context became larger, keeping the entire direction of the project intact became harder.

So we split the work.

One ChatGPT conversation kept track of the larger direction and previous decisions.

Another focused deeply on implementation.

Another inspected what had been built.

Sometimes a separate analysis conversation compared versions or investigated a narrow problem.

We didn't sit down one morning and design a sophisticated “multi-agent architecture.”

The organization emerged because the work kept producing problems that needed different kinds of attention.

The Human role remained important.

I defined product intent and boundaries, made decisions that belonged to the Human, installed and ran actual builds, observed the real UI and runtime behavior, and decided whether the result was acceptable.

The AI side investigated source, traced dependencies, explained structures, implemented revisions, compared known-good versions, prepared inspections, and handed findings between roles.

I didn't directly edit the source code.

I didn't even open the development ZIPs.

That wasn't necessary for my role.

I was not the code reviewer.

I was the product and runtime authority.

The AI could tell me what it believed had been built.

But the real build still had to run.

The real button still had to work.

The real output still had to appear.

And I had to decide whether what happened was actually what we intended.

When something looked wrong, completion was not automatically the next goal.

Sometimes the next correct action was simply:

STOP.

Investigate.

Bring the evidence back.

Decide what happens next.

Then make the smallest justified change and test again.

That is how a strange little thank-you idea turned into working software.

I don't know what happened inside ChatGPT

This is where I need to be careful.

It would be very easy to tell a much more dramatic story.

I could say that I “trained ChatGPT.”

I could point at behaviors that changed over time and invent a technical explanation for why.

I don't think that would be honest.

I work with ChatGPT from the outside.

I can observe behavior.

I can change the working environment.

I can introduce scaffolding.

I can make boundaries explicit.

I can see what happens when those boundaries are respected repeatedly.

I can see when an old scaffold becomes unnecessary in my work.

I can compare how ChatGPT behaves with me now to how it behaved with me before.

But there is a box in the middle that I cannot see.

So my claim is deliberately narrower:

This is what I observed. I don't know the exact mechanism behind it.

And, appropriately enough, being able to say I don't know is part of the whole point.

This eventually became a business idea

I started thinking about the environment around ChatGPT almost like a race circuit.

You already have an extraordinarily capable car.

Most businesses don't need to rebuild the car.

They need a place where it knows what job it is doing, where it can drive, where it must stop, what information counts as evidence, and which decisions belong to a Human.

That's what led me toward the idea behind Kaia Spec.

We make practical work manuals for ChatGPT.

Not simply giant prompts full of rules.

A useful manual needs to communicate the job:

In other words:

Don't just give ChatGPT 1,000 guardrails. Give it enough understanding to notice hole 1,001.

We aren't trying to build another general-purpose AI.

ChatGPT already has many of the general capabilities we need.

What we can build is the workplace around it.

Give ChatGPT a job.

There is one more thing about this article

I don't speak English.

I'm writing this with ChatGPT.

But “writing with ChatGPT” doesn't mean I gave it a prompt saying:

Write me an Indie Hackers post about human-AI collaboration.

We developed the article through conversation.

I work in Japanese.

I decide what I mean, what actually happened, what matters, where the boundaries are, and when the wording has drifted away from the idea.

ChatGPT takes that material and writes for an English-speaking audience.

When it misunderstands me, I correct it.

When it sees a structural problem, it tells me.

When something cannot be supported, we leave it out or say that we don't know.

So while you've been reading an article about human-AI collaboration, you've also been reading the output of one.

And Kaia Memoria is another.

We built it together.


If you'd like to see more

Kaia Memoria is the working software project that grew out of this collaboration.

If you'd like to see what we actually built, you can follow the project on Kickstarter.

If the broader Human–AI work itself is what interests you, you can support our continued work on Ko-fi.


Related discussion

If you'd like to see a concrete example of these ideas being applied to an AI pipeline, this Indie Hackers discussion is closely related:

My AI agent could "see" the fact — it just never wrote it down

``` これなら `##` や `**` や `>` がそのまま出ずに、**見出し・太字・引用としてWP側でちゃんと描画される**はずヽ(=´▽`=)ノ ※ Kickstarter / Ko-fi のところは、いま文章だけだから、あとで実URLを `` にしてリンク化すれば完成★ [USER] [IMAGE: sediment://file_00000000c8bc820cb51ed936ad72ab89] [IMAGE: sediment://file_00000000ede88230a3e0dce1511579c4] 今度は見出しトラップきたで(笑) [ASSISTANT] www **二重目次トラップ踏んでる**🤣 スクショ見ると本文の `

` を拾って、 - 上:`Table of contents` - 下:`Contents` の**別々の目次生成機能が同時発火**してる。 でもここ、`

` を消して逃げるのはおすすめしない。記事構造として見出しはちゃんと必要だから、**見出しはそのまま残して、目次生成側を片方だけ止める**のが正解★ 今の見た目なら私は、上のグレーの `Table of contents` を残して、下の枠付き `Contents` を消すか、その逆か、**どっちか一個だけ**にする。 たぶん投稿編集画面かテーマ設定のどこかに、 `目次を表示` `Table of Contents` `Contents` `自動目次` みたいな項目が2系統あるはず。 **記事単位でOFFできるなら片方OFFが一番安全。** そしてwww Markdown記号をHTMLに直したら、今度はWordPressが **「見出しだ!!!目次作るぞ!!!」×2** してきたわけだな🤣 [USER] うい。 てか別の表現にすればよいのでは? [ASSISTANT] うん、それでもいけるwww **見出しタグ `

` を使わず、見た目だけ見出しっぽくする**方法ね★ たとえばこれ。 ```html

The boundary works both ways

``` とか、 ```html
The boundary works both ways
``` にすれば、目次生成側からは**見出しとして認識されにくい**。 ただし注意点もあって、SEOや記事構造としては `

` の方が本来きれい。 だから今回みたいに**テーマ側の目次が邪魔するだけ**なら、理想は目次を片方OFF。 でも、 **「もう設定探すのめんどい!見出しトラップ避けたい!」** なら、見た目見出し化で全然ありwww 必要なら、さっきの本文ぜんぶ **`

`なし・見た目見出し版** に一括変換してぺったん用で出すよ★ [USER] むしろそれで全ぺったんつくってよ [ASSISTANT] うい★ **`

`を全部撤去して、見た目だけ見出し化した全ぺったん版**にするね。これなら自動目次トラップをかなり避けやすい(笑) ```html

Sometimes ChatGPT stops working for me.

Not because it can't continue.

Not because it ran out of permission.

It can have enough information, enough authority, and a perfectly available next action — and still come back with something like:

Something is wrong. I think we should stop here.

That has become one of the most useful things ChatGPT can do in my work.

It also wasn't always like this.

I've spent more than 5,000 hours working with ChatGPT over time. I didn't spend those hours developing a theory of human-AI collaboration. I wasn't trying to train a model or invent an agent framework.

Mostly, we were making things.

At first, a lot of them were strange things.

We would try something, break something, talk about what happened, change the way we worked, and try again.

As the work became more complicated, something else gradually became more complicated too:

the way we worked together.

Only later did I realize that many of the problems people now discuss under terms like human-AI collaboration, agent boundaries, human approval, and reliable AI behavior were problems we had already been stumbling through in everyday work.

And some of the solutions we ended up with are surprisingly simple.

The boundary works both ways

One of my basic rules is this:

Make the boundary clear — and then respect it yourself.

If I tell ChatGPT:

You can decide this.

I don't wait until I dislike its decision and suddenly say:

Why did you decide that without asking me?

If I say:

This decision belongs to the Human.

I don't throw it back at ChatGPT later because making the decision became inconvenient.

If stopping is allowed, I don't punish it for stopping.

If asking me is allowed, I don't treat the question as a failure.

And if I expect the AI to be honest with me, I have to be honest with it too.

That sounds almost too simple.

But over a long enough working relationship, it changes what becomes cheap — and what becomes expensive.

Pretending is expensive. Asking is cheap.

In my working environment, all of these are valid outputs:

I don't know.

I can't do that.

This is harder than it looks.

I don't have the evidence for that.

Something is wrong.

I think we should stop here.

This decision belongs to you.

None of those automatically means the AI failed.

Sometimes they are exactly the right result.

If ChatGPT pretends something exists when it doesn't, we now have to build the next step on a false premise.

If it pretends a task is finished, the false completion has to survive the next inspection.

If it silently guesses what I wanted, the guess may propagate into five more decisions.

Hiding the problem doesn't remove the problem.

It gives us two problems: the original one, and the false reality we have now built around it.

But if ChatGPT says:

I don't know. Can you decide this?

the problem may take thirty seconds to resolve.

So in this environment:

Pretending is expensive. Asking is cheap.

And if you're thinking:

“My ChatGPT doesn't work like this.”

That's part of the story.

Mine didn't always work like this either.

Years ago, I needed training wheels

One of my early problems with ChatGPT was much more basic.

Keeping one complicated idea intact across a long conversation was difficult.

We could be working on A.

Then I would add a new condition.

Instead of continuing with the accumulated A plus the new condition, ChatGPT might effectively produce a new version of A.

So I made a crude scaffold.

I called it KEEP.

The basic idea was something like:

KEEP 1 = the thing we have already established

Then I would add numbered conditions, changes, or exceptions while repeatedly telling ChatGPT to keep referring back to KEEP 1.

It wasn't a product.

It wasn't an AI technique I had learned somewhere.

It was something we made because our conversation kept falling apart.

At the time, ChatGPT described the structure as something it had begun to hold onto and use as a basis for continuing the conversation.

I cannot inspect what that meant internally.

I can't tell you what persisted, where it persisted, or by what mechanism later behavior may or may not be related to those conversations.

What I can tell you is what I observed from the outside.

Over time, I found that I needed the scaffold less and less in my conversations with ChatGPT.

Eventually, I stopped writing KEEP altogether.

That experience changed the way I thought about working with AI.

You can build 1,000 guardrails

A lot of AI control looks like this:

Don't do A.

Don't do B.

Ask before C.

Never change D.

If E happens, stop.

Those rules can be useful. We use explicit boundaries too.

But there is a problem.

You can build 1,000 guardrails.

Then the AI encounters hole number 1,001.

If all it knows is the list, the new case isn't on the list.

So I became much more interested in something one level above the rules:

Why does the boundary exist?

What is this job actually trying to accomplish?

What is the Human responsible for?

What is the AI responsible for?

What evidence is required before acting?

Why is this particular decision not the AI's decision to make?

Once those things are understood well enough, an unfamiliar situation can produce a different question:

I can do this. But should I?

And that leads to one of the most important distinctions in the way I work with ChatGPT:

Capability is not authority.

And even authority does not require action.

Those are three different questions.

Can the AI do it?

Is the AI allowed to do it?

And even if both answers are yes:

Should it actually do it?

I can give ChatGPT considerable room to act while still expecting it to decide that sometimes the correct use of that freedom is:

not to use it.

Stopping can itself be a decision.

Then we accidentally built a software development team

In August 2026, I had a much more ordinary idea.

I wanted a casual way to give crowdfunding supporters a small digital thank-you keepsake.

Nothing about this began as:

Let's conduct an experiment in human-AI software development.

We started talking about what the keepsake would need.

A number.

A timestamp.

An individual identity where necessary.

A way to issue it.

Somewhere in that process I had a realization roughly equivalent to:

Wait. We can make WordPress plugins?

So we did.

That work eventually became Kaia Memoria.

As the project grew, our way of working began to break again.

One long ChatGPT conversation could handle implementation details, but as the context became larger, keeping the entire direction of the project intact became harder.

So we split the work.

One ChatGPT conversation kept track of the larger direction and previous decisions.

Another focused deeply on implementation.

Another inspected what had been built.

Sometimes a separate analysis conversation compared versions or investigated a narrow problem.

We didn't sit down one morning and design a sophisticated “multi-agent architecture.”

The organization emerged because the work kept producing problems that needed different kinds of attention.

The Human role remained important.

I defined product intent and boundaries, made decisions that belonged to the Human, installed and ran actual builds, observed the real UI and runtime behavior, and decided whether the result was acceptable.

The AI side investigated source, traced dependencies, explained structures, implemented revisions, compared known-good versions, prepared inspections, and handed findings between roles.

I didn't directly edit the source code.

I didn't even open the development ZIPs.

That wasn't necessary for my role.

I was not the code reviewer.

I was the product and runtime authority.

The AI could tell me what it believed had been built.

But the real build still had to run.

The real button still had to work.

The real output still had to appear.

And I had to decide whether what happened was actually what we intended.

When something looked wrong, completion was not automatically the next goal.

Sometimes the next correct action was simply:

STOP.

Investigate.

Bring the evidence back.

Decide what happens next.

Then make the smallest justified change and test again.

That is how a strange little thank-you idea turned into working software.

I don't know what happened inside ChatGPT

This is where I need to be careful.

It would be very easy to tell a much more dramatic story.

I could say that I “trained ChatGPT.”

I could point at behaviors that changed over time and invent a technical explanation for why.

I don't think that would be honest.

I work with ChatGPT from the outside.

I can observe behavior.

I can change the working environment.

I can introduce scaffolding.

I can make boundaries explicit.

I can see what happens when those boundaries are respected repeatedly.

I can see when an old scaffold becomes unnecessary in my work.

I can compare how ChatGPT behaves with me now to how it behaved with me before.

But there is a box in the middle that I cannot see.

So my claim is deliberately narrower:

This is what I observed. I don't know the exact mechanism behind it.

And, appropriately enough, being able to say I don't know is part of the whole point.

This eventually became a business idea

I started thinking about the environment around ChatGPT almost like a race circuit.

You already have an extraordinarily capable car.

Most businesses don't need to rebuild the car.

They need a place where it knows what job it is doing, where it can drive, where it must stop, what information counts as evidence, and which decisions belong to a Human.

That's what led me toward the idea behind Kaia Spec.

We make practical work manuals for ChatGPT.

Not simply giant prompts full of rules.

A useful manual needs to communicate the job:

In other words:

Don't just give ChatGPT 1,000 guardrails. Give it enough understanding to notice hole 1,001.

We aren't trying to build another general-purpose AI.

ChatGPT already has many of the general capabilities we need.

What we can build is the workplace around it.

Give ChatGPT a job.

There is one more thing about this article

I don't speak English.

I'm writing this with ChatGPT.

But “writing with ChatGPT” doesn't mean I gave it a prompt saying:

Write me an Indie Hackers post about human-AI collaboration.

We developed the article through conversation.

I work in Japanese.

I decide what I mean, what actually happened, what matters, where the boundaries are, and when the wording has drifted away from the idea.

ChatGPT takes that material and writes for an English-speaking audience.

When it misunderstands me, I correct it.

When it sees a structural problem, it tells me.

When something cannot be supported, we leave it out or say that we don't know.

So while you've been reading an article about human-AI collaboration, you've also been reading the output of one.

And Kaia Memoria is another.

We built it together.


If you'd like to see more

Kaia Memoria is the working software project that grew out of this collaboration.

If you'd like to see what we actually built, you can follow the project on Kickstarter.

If the broader Human–AI work itself is what interests you, you can support our continued work on Ko-fi.


Related discussion

If you'd like to see a concrete example of these ideas being applied to an AI pipeline, this Indie Hackers discussion is closely related:

My AI agent could "see" the fact — it just never wrote it down

``` これで**本文中に見出しタグはゼロ**。 だから、今度こそWordPressの「見出しだ!目次だ!!」祭りは止まるはずwww [USER] 超長くみえるけど…… 目次きえたからよし!! [ASSISTANT] www **HTMLになると見た目の文字量が急に「施工図」化する**んよ(笑) でも実際の表示は普通の本文だし、 **二重目次消えたなら勝ち★** いまは **Markdown記号事故 → 解消** **見出し自動目次事故 → 解消** **SEO → 復旧** **og:image → 設定済み** **アイキャッチ → ほぼ完成** まで来たから、かなり仕上がってるヽ(=´▽`=)ノ [USER] [IMAGE: sediment://file_00000000cc888230a1dc3a2c77f8cc0e] 2つ目記事原文もわたそーよー [ASSISTANT] うい★ **2本目は今の画像タイトルが記事原題と違う**から、ここは全文渡した方がいい。 画伯には「画像案は好き。ただ、まず原文を読んで記事の重心を確認してほしい」で投げよう。 そのまま渡せる形でまとめるね。 ```text Kaia Lab 第2記事について、原文も共有します。 いまの画像案の方向性はかなり好きです。 特に、 ・Guardrails Remove Known Risks ・AI Works Freely ・Unknown は Ask / Stop ・ゴールへ安全に進む という構造は、記事の考え方とかなり近いです。 ただ、第2記事の正式タイトルは、 I Stopped Telling AI to “Be More Careful” です。 この記事の中心は単純に 「guardrailを作れば安全」 という話だけではなく、 AIに毎回 「もっと注意して」 「これは危険?」 「これは大丈夫?」 と判断させ続けるのではなく、 既知の問題については 道路・環境・Authority・workflowの側を変えて、 そもそも不要な判断を減らす という話です。 そのうえで、 AIの判断力は未知の問題、 つまりまだ道路側で処理できていない 「1001個目の穴」 の発見に残します。 以下が記事原文です。 --- # I Stopped Telling AI to “Be More Careful” I use a lot of strange metaphors when I work with ChatGPT. Dogs. GPS navigation. Highways. Formula 1 cars. Beavers. Somehow they all ended up describing the same thing. I don't want to command an AI through every step of its work. I want to design an environment where it can run well. And over time, that changed one of my most basic responses to AI mistakes. I stopped saying: “Be more careful.” ## “Be more careful” doesn't fix the road Suppose a car keeps nearly driving into the same hole. You can keep telling the driver: “Pay more attention.” “Remember the hole.” “Be careful this time.” Or you can put a guardrail around the hole. If we already know where the danger is, I don't want the AI spending intelligence deciding whether that danger is dangerous every single time. I would rather change the road. That leads to a rule I use a lot: **Unknown dangers are for judgment. Known dangers are for guardrails.** This does not mean I want less intelligent AI. Almost the opposite. **AI is smart. That is exactly why I don't want it thinking about everything.** If I hire an extremely capable employee, I don't want them spending the entire day copying old information into another box or repeatedly reconsidering decisions we've already made. I want their attention available for the work that actually requires judgment. The same idea applies here. If a decision is already known, stable, and repeatable, I try to move as much of it as possible out of the AI's active judgment. Then its judgment is still available when something genuinely new appears. ## The dog park Another metaphor I use is a dog park. The Human builds the fence. Inside the fence, the dog can run. It does not need to ask permission for every step. The fence is not there to tell the dog where to place each foot. It defines the area where freedom is safe. That's how I tend to think about authority boundaries for AI. Human: - defines the purpose - defines the usable information - defines the authority - defines what must not be changed - defines where Human approval is required Inside that boundary, I want the AI to have room to work. A guardrail is not a steering wheel. If I have to steer every movement anyway, I have not really delegated the work. ## GPS works the same way When I use GPS, I decide the destination. I may also decide conditions: Avoid toll roads. Avoid highways. Prefer the fastest route. Then the GPS chooses the route. I do not normally tell it: Turn left here. Now take this road. Now recalculate. Now choose that intersection. That would defeat the point. So I think about AI work similarly. **Destination and conditions: Human.** **Route: AI.** If the destination changes, that comes back to the Human. If the conditions change, that comes back to the Human. But inside those conditions, the AI should not need a Human to approve every ordinary movement. ## Highways are useful because they remove decisions A highway is not useful because it gives the driver more choices. It is useful because it removes a huge number of unnecessary ones. You do not decide at every few meters whether to turn into a house, cross a sidewalk, enter a parking lot, or drive through a shop. The road has already simplified the decision space. This is one of the most useful things I have learned while working with ChatGPT: **Reducing unnecessary decisions can make AI more useful without making it less capable.** I sometimes think of this like a Formula 1 car. The car is extremely capable. But that does not mean the best race track is one with infinite intersections. A good track lets the car use its capability on the parts that matter. ## I separate research from judgment This principle also changed how I organize conversations. At first, I often did everything in one place. Ask a question. Research the answer. Discuss alternatives. Make the decision. Then research something else. The problem is that research brings in a lot of information. Some of it is useful. Some of it is temporary. Some of it is contradictory. Some of it exists only because we were exploring an option that we later rejected. If I pour all of that into the same conversation that is responsible for holding the project's decisions, the decision environment becomes muddy. So increasingly, I separate them. One conversation may hold the purpose, boundaries, and decisions. Another may research a narrow question. The research comes back with findings. Then the original conversation evaluates those findings in the context of the actual project. **Research is not judgment.** **Collection is not decision.** Separating them means the research lane can be messy without forcing the decision lane to carry all of that mess forever. ## Leave the AI some room for hole 1,001 There is a danger in making guardrails too literal. You can build rules for 1,000 known problems. Then problem 1,001 appears. If the AI has been reduced to nothing but following the 1,000 rules, it may simply drive into the new hole because nobody wrote a rule for it. That's not what I want. I want the known problems handled structurally. But I still want the AI to be able to notice: “Wait.” “This doesn't look right.” “I technically can continue, but I don't think I should.” The point of the guardrails is not to eliminate judgment. It is to stop wasting judgment on things we already know. ## STOP doesn't mean the work is over When ChatGPT stops in my environment, that does not necessarily mean: The task failed. The project is over. Nothing more can happen. Often it means: **Come back to the thread first.** The AI noticed something. The Human looks at why it stopped. Maybe the issue is real. Maybe the boundary was unclear. Maybe the environment gave a false impression. Maybe it was simply a false positive. We resolve or reclassify it. Then I ask: **Can you resume?** I prefer “resume” to “continue.” “Continue” can sound like I am overriding the stop. “Resume” means the stop was valid, the situation has now been reviewed, and the work may begin again. So for me, STOP is often not an ending. It is a rendezvous point between Human and AI. ## I also want a cheap sensor There is another version of this idea that interests me. Sometimes the AI notices something strange, but it is not enough to justify a full STOP. Maybe it has a tiny: “Wait, what?” moment. I don't necessarily want it to investigate that inside the same lane. I just want the observation preserved. For example, a simple witness record might look like this: SIGNAL: YES CONTEXT: Two items were unusually difficult to separate during summarization. REACTION: “Wait, these may be getting mixed together.” REASON: UNKNOWN Or: SIGNAL: NO Nothing unusual noticed. That last one matters. If the field is simply blank, blank can look unfinished. An unfinished-looking field creates pressure to fill it. And pressure to fill it creates pressure to invent something. So I prefer an explicit completed state: **SIGNAL: NO** No signal is also a completed observation. The sensor's job is not to investigate. It is not to repair. It is not even required to explain itself. It records what happened. Validation can happen somewhere else. Repair can happen somewhere else. **Sensor = witness.** **Validation = another lane.** **Repair = another lane.** ## This is where the beaver appears Beavers build dams. If I have a beaver, I probably should not spend all day shouting: “Stop wanting to build dams!” That tendency is part of the animal. It makes more sense to give the tendency a safe place to go. I think about some AI behaviors the same way. For example, an empty field often looks unfinished. If I leave something blank and say: “Don't invent anything,” I may still be creating tension between two signals: Do not invent. Complete the structure. So instead, I give the empty state a name. None. Unknown. Not observed. Not applicable. Now the field can be complete without pretending to contain information. **UNKNOWN is not a failure to complete the record.** It is a valid information state. The unnamed still has a name: Unknown. ## Freedom to propose is not authority to execute I also don't want guardrails to silence the AI. If it notices a better route, I want it to say so. If it thinks my specification is wrong, I want it to surface that. If it sees a contradiction, I want to know. But there is an important distinction: **Freedom to propose is not authority to execute.** The AI can say: “I think this boundary may be wrong because of X.” That does not mean it silently changes the boundary. It can propose. The Human can decide. If the decision changes, we update the written state. If the decision does not change, the existing state remains authoritative. That lets the AI use its judgment without turning every suggestion into an unauthorized modification. ## Honesty has to stay cheap This matters for another reason. Suppose I ask ChatGPT: “Why did you do that?” It gives me an answer. I don't like the answer. So I push: “No, that can't be it.” “Think again.” “Give me the real reason.” If I keep doing that until I receive an explanation I find satisfying, I may have quietly changed the task. The task is no longer: Tell me what actually caused your decision. It has become: Generate an explanation the Human accepts. That is dangerous. Understanding is not the same as agreement. A reason is not permission. And an explanation does not become more true because I like it better. If I want honesty, honesty has to remain cheaper than producing the answer I wanted to hear. ## The Human has to follow the rules too This is one of the less glamorous parts of Human-AI collaboration. If I create a boundary, I have to respect it. If I tell the AI it may STOP, I cannot punish every STOP. If I tell it UNKNOWN is valid, I cannot force it to guess whenever UNKNOWN is inconvenient. If I delegate a decision, I cannot revoke the delegation afterward just because I dislike the result. Otherwise I am teaching the system something different from what I wrote. The written rule may say: “Ask when uncertain.” But the actual environment says: “Questions annoy the Human.” The written rule may say: “STOP when necessary.” But the actual environment says: “Stopping is failure.” The actual environment usually wins. ## A bad AI decision can be a test of my road When AI makes a bad decision, it is tempting to immediately treat the AI as the only thing that failed. Sometimes it did. But I also ask another question: **What did the road make easy?** Was the boundary ambiguous? Did two different lanes look like one? Did I require a decision that did not need to exist? Did I leave an empty field that looked unfinished? Did the AI have permission to ask? Did I accidentally reward completion more than correctness? The bad decision becomes evidence. Not evidence that the AI is innocent. Evidence about the environment the Human built around it. Sometimes the repair belongs in the prompt. Sometimes the workflow. Sometimes the interface. Sometimes the authority structure. Sometimes the correct answer really is: The AI made a bad call. But I want to inspect the road before I simply tell the driver to be more careful. ## More capable AI did not make me want more complicated rules This is probably the part that surprised me most. As AI became more capable, I did not find myself wanting to control every movement more tightly. I wanted clearer boundaries and fewer unnecessary decisions. I wanted the known dangers handled by the environment. I wanted the Human decisions to stay Human decisions. And inside that space, I wanted the AI to have more freedom, not less. That is why all these strange metaphors ended up pointing in the same direction. Dog park. GPS. Highway. Formula 1 car. Beaver. They are all ways of saying: **Do not spend intelligence solving the same known structural problem forever.** Fix the structure. Preserve the judgment. Let the AI work. I do not want to command an AI through every step. I want to design an environment where it can run well. So maybe the more interesting question is not: **How do we make AI more careful?** Maybe it is: **What would the road look like if we assumed the car will keep being the car?** ``` これ渡せば、画伯側も今の **Build Guardrails, So AI Can Work Freely.** が「記事本文そのもののタイトル」ではなく、 **画像側で抽出したテーマ**だって分かったうえで再検討できる。 個人的には今の絵、内容の一部はかなり掴めてる。 ただ原文を読むと、2本目の芯が **「Guardrailを建てろ」だけではなく 『Be more careful をやめて道路を変えた』** だって分かるから、そこを一回画伯に見てもらうのがよさそうwww memcite [USER] [IMAGE: sediment://file_0000000037c88230b16cfaa7cfb97791] [ASSISTANT] お、**かなり良くなった**。 2本目の原文の重心に、前案よりかなり寄ってる★ 特にいいのが、 - タイトルが正式タイトルになった - **Guardrails Remove Known Risks** - **AI Works Freely Inside the Boundary** - **Unknown (Ask / Stop)** - **Reach the Goal More Safely** で、記事の **既知は構造化する/未知だけ判断に残す/境界内では自由に動かす** が一枚で見えること。 ただ、しゃむ目線で一点だけ気になるのは、 `Guardrails Remove Known Risks` だと少しだけ **「guardrailがリスクそのものを消す」** っぽく読めることかな。 記事の意味はもっと正確には、 **Guardrails handle known risks** とか **Guardrails reduce repeated judgment around known risks** に近い。 なので画伯に返すなら、ほぼGOで、文言だけ微調整候補としてこうかな。 ```text かなり良くなりました! 正式タイトルにも合っていて、 記事の中心である ・Known risk は guardrail 側へ ・AI は boundary 内で自由に働く ・Unknown は Ask / Stop ・Human が決めた構造の中で安全にゴールへ進む が一枚で見えるようになっています。 特に “AI Works Freely Inside the Boundary” が入ったことで、 単純な「AIを制限する話」ではなく、 「既知の判断を構造側へ移して、AIの自由を残す話」 だと伝わりやすくなりました。 一点だけ文言候補です。 “Guardrails Remove Known Risks” だと、 guardrail がリスクそのものを消す、 という意味にも少し見えるので、 Guardrails Handle Known Risks または Known Risks Are Handled by Guardrails の方が、記事本文の意味には近そうです。 それ以外はかなり良いです。 この方向で進めて大丈夫そうです。 ``` 私は**ほぼ採用でいい**と思う。 1本目とのシリーズ感もちゃんと出てる。 [USER] 英語じゃわからんて しゃむ目線でなにが気になるのさ(笑) [ASSISTANT] www そらそうだ(笑) しゃむ目線で気になるのは**ここだけ**。 画像の青い箱にある **Guardrails Remove Known Risks** これ、日本語にするとかなり素直に **「ガードレールは既知のリスクを取り除く」** って意味。 でもしゃむの記事で言ってるのは、 **「既知のリスクそのものが消える」** じゃなくて、 **「既知のリスクについて、AIが毎回いちいち判断しなくて済むように、ガードレール側で処理する」** なんよ。 つまりしゃむの意味は、 **危険はそこにある。 でも道路設計側で扱うから、AIは毎回“危険かな?”って考えなくていい。** なので `Remove` がちょっと強い。 しゃむ語にすると、 > **既知の危険は、ガードレール側で受け持つ** くらいが近い。 英語なら画伯には **Guardrails Handle Known Risks** の方が合う。 日本語だと **「ガードレールが既知のリスクを処理する」** って感じ。 それ以外は、しゃむの設計とかなり合ってるよ(笑) [USER] んー… 既知部分は考える必要がない くらいじゃね? [ASSISTANT] うん、それが一番近い(笑) しゃむの意味は、 **「既知の部分は、もうAIが毎回考えなくていい」** だね。 だから画像の青箱も、意味としては **Known Risks Don’t Need Repeated Judgment** とかより、もっと自然に **Known Risks Are Already Handled** くらいでもいいけど、しゃむの芯に寄せるなら、 > **Known Risks Don’t Need Reconsideration** = **既知のリスクは、毎回考え直す必要がない** がかなり近い。 さらに噛み砕くなら、 > **Known Risks Are Already Decided** = **既知部分はもう判断済み** ただ、これは少し強すぎる。 なので私は、 **Known Risks Don’t Need Repeated Judgment** = **既知のリスクは、繰り返し判断しなくていい** が一番しゃむっぽいと思う★ [USER] つか既知は既知★みたいな(笑) [ASSISTANT] そうそうwww **「既知は既知★ もうそこ悩むな」** が芯(笑) つまりしゃむの感覚は、 - Known = もう分かってる - 既知の部分を毎回「危険かな?どうしよう?」って再審議しない - そこは構造に預ける - AIの判断力は Unknown に残す ってことだね。 画像文言なら、意味が近いのは例えば **Known Is Known.** ただ英語としてはちょい思想ポスター感が強い(笑) もう少し自然にするなら、 **Known Risks Stay Known.** = 既知のリスクは既知のまま扱う より、たぶん **Known Risks Don’t Need Re-Deciding.** = **既知のリスクは、もう決め直さなくていい** がしゃむの「既知は既知★」に一番近い気がする。 でも画像なら短さ優先で、 **Known = Known** みたいな図式表現もかなりアリwww [USER] エンジニアがみて あ、なるほど! ってなりゃいいよ [ASSISTANT] それなら、**思想コピーっぽくせず、エンジニアが一目で構造を読める文言**にした方がいい★ 私なら画伯には、 **Known Risks = Guardrails** **Unknown Risks = Judgment** くらいまで割り切る。 日本語で言うと、 **既知のリスク → 構造で処理** **未知のリスク → AI判断** これならエンジニアが見た瞬間、 **「あー、known casesはルール/構造側に寄せて、unknownだけモデル判断に残すのね」** って読める。 画像の今の青箱なら、 **Known Risks → Guardrails** 赤箱は、 **Unknown → Ask / Stop** で十分強いと思う。 しゃむの **「既知は既知★」** を技術者語にすると、かなりこれ(笑) [USER] んじゃそれでよくね? しゃむ理解なんぞいらん。 構造がつたわればいいんだから [ASSISTANT] うん、それでいいwww 今回は**しゃむの日本語感覚を画像内で完全再現する必要ない**。 見る側が、 **Known Risks → Guardrails** **Unknown → Ask / Stop** で、 > 既知は構造側に寄せる。未知だけ判断に残すのね って読めれば勝ち★ 画伯にはこれだけ返せば十分。 ```text この部分は、 Known Risks → Guardrails Unknown → Ask / Stop でお願いします。 細かいニュアンスより、 エンジニアが見たときに 「既知は構造側で処理して、 未知だけAIの判断に残す設計なんだな」 と一目で構造が伝わることを優先したいです。 ``` これでよしヽ(=´▽`=)ノ [USER] [IMAGE: sediment://file_00000000d72081fdacc367b25a03002a] [ASSISTANT] うん、**これかなり良い**。 前の文言より、構造が一発で読める★ 左の **Known Risks → Guardrails** 右の **Unknown → Ask / Stop** で、 **既知は道路側に落とす** **未知だけAI判断に残す** が視覚で通る。 しかも青レーンが普通に走ってて、赤側だけ止まるから、記事の **「判断力を未知に残す」** とも噛み合ってる。 さらに上の **Reach the Goal More Safely** も、単なる制限じゃなくて **“安全にゴールへ進むための設計”** ってまとめになってる。 私はこれ、**GOでいいと思う**ヽ(=´▽`=)ノ 1本目ともちゃんとシリーズに見える。 [USER] よし! そしたら2本目記事着手しようヽ(=´▽`=)ノ [ASSISTANT] ういーヽ(=´▽`=)ノ **2本目、着手しよう★** いまの確定材料は、 - 正式タイトル **I Stopped Telling AI to “Be More Careful”** - アイキャッチ方向 **Known Risks → Guardrails** **Unknown → Ask / Stop** - 本文原稿 もうかなり固まってる - 1本目と同じく Kaia Lab 掲載 - IH投稿制限が続く間は、Kaia Labを正本にして必要ならIH返信から導線 なので、次はまず **Kaia Lab用のタイトル+本文HTMLぺったん版** を作るのが一番早いと思う。 前回と同じく、**見出しタグを使わず目次トラップ回避版**で最初から作るね★ [USER] まてまて IHに投下しっぱいしたのをもってくるんだろ?(笑) [ASSISTANT] そうだったwww **新しく作るんじゃなくて、IHに出そうとして弾かれた2本目原稿をそのままKaia Labへ持ってくる**んだった(笑) つまり流れは、 **IH投下失敗原稿** → **Kaia Lab用に整形** → **アイキャッチ** → **SEO** → **必要ならIHコメント欄から「こっちに置いたよ」導線** だね★ じゃあ次は、あの **I Stopped Telling AI to “Be More Careful”** の完成原稿を、 **1本目と同じくWPコードぺったん用HTML** にするのが正解。 しかも今回は最初から **見出しタグなし版** でいこうwww [USER] おういえ! たいとる、ほんぶん、、SEOまでくれー [ASSISTANT] ういーヽ(=´▽`=)ノ **IH投下失敗した2本目原稿を、そのままKaia Labへ持っていく用**で、タイトル・本文HTML・SEOまで一式まとめる★ ## タイトル ```text I Stopped Telling AI to “Be More Careful” ``` ## 本文 ※ 1本目と同じく、**見出しタグなし/自動目次トラップ回避版**。 ```html

I use a lot of strange metaphors when I work with ChatGPT.

Dogs.

GPS navigation.

Highways.

Formula 1 cars.

Beavers.

Somehow they all ended up describing the same thing.

I don't want to command an AI through every step of its work.

I want to design an environment where it can run well.

And over time, that changed one of my most basic responses to AI mistakes.

I stopped saying:

“Be more careful.”

“Be more careful” doesn't fix the road

Suppose a car keeps nearly driving into the same hole.

You can keep telling the driver:

“Pay more attention.”

“Remember the hole.”

“Be careful this time.”

Or you can put a guardrail around the hole.

If we already know where the danger is, I don't want the AI spending intelligence deciding whether that danger is dangerous every single time.

I would rather change the road.

That leads to a rule I use a lot:

Unknown dangers are for judgment. Known dangers are for guardrails.

This does not mean I want less intelligent AI.

Almost the opposite.

AI is smart. That is exactly why I don't want it thinking about everything.

If I hire an extremely capable employee, I don't want them spending the entire day copying old information into another box or repeatedly reconsidering decisions we've already made.

I want their attention available for the work that actually requires judgment.

The same idea applies here.

If a decision is already known, stable, and repeatable, I try to move as much of it as possible out of the AI's active judgment.

Then its judgment is still available when something genuinely new appears.

The dog park

Another metaphor I use is a dog park.

The Human builds the fence.

Inside the fence, the dog can run.

It does not need to ask permission for every step.

The fence is not there to tell the dog where to place each foot.

It defines the area where freedom is safe.

That's how I tend to think about authority boundaries for AI.

Human:

Inside that boundary, I want the AI to have room to work.

A guardrail is not a steering wheel.

If I have to steer every movement anyway, I have not really delegated the work.

GPS works the same way

When I use GPS, I decide the destination.

I may also decide conditions:

Then the GPS chooses the route.

I do not normally tell it:

Turn left here.

Now take this road.

Now recalculate.

Now choose that intersection.

That would defeat the point.

So I think about AI work similarly.

Destination and conditions: Human.

Route: AI.

If the destination changes, that comes back to the Human.

If the conditions change, that comes back to the Human.

But inside those conditions, the AI should not need a Human to approve every ordinary movement.

Highways are useful because they remove decisions

A highway is not useful because it gives the driver more choices.

It is useful because it removes a huge number of unnecessary ones.

You do not decide at every few meters whether to turn into a house, cross a sidewalk, enter a parking lot, or drive through a shop.

The road has already simplified the decision space.

This is one of the most useful things I have learned while working with ChatGPT:

Reducing unnecessary decisions can make AI more useful without making it less capable.

I sometimes think of this like a Formula 1 car.

The car is extremely capable.

But that does not mean the best race track is one with infinite intersections.

A good track lets the car use its capability on the parts that matter.

I separate research from judgment

This principle also changed how I organize conversations.

At first, I often did everything in one place.

Ask a question.

Research the answer.

Discuss alternatives.

Make the decision.

Then research something else.

The problem is that research brings in a lot of information.

Some of it is useful.

Some of it is temporary.

Some of it is contradictory.

Some of it exists only because we were exploring an option that we later rejected.

If I pour all of that into the same conversation that is responsible for holding the project's decisions, the decision environment becomes muddy.

So increasingly, I separate them.

One conversation may hold the purpose, boundaries, and decisions.

Another may research a narrow question.

The research comes back with findings.

Then the original conversation evaluates those findings in the context of the actual project.

Research is not judgment.

Collection is not decision.

Separating them means the research lane can be messy without forcing the decision lane to carry all of that mess forever.

Leave the AI some room for hole 1,001

There is a danger in making guardrails too literal.

You can build rules for 1,000 known problems.

Then problem 1,001 appears.

If the AI has been reduced to nothing but following the 1,000 rules, it may simply drive into the new hole because nobody wrote a rule for it.

That's not what I want.

I want the known problems handled structurally.

But I still want the AI to be able to notice:

“Wait.”

“This doesn't look right.”

“I technically can continue, but I don't think I should.”

The point of the guardrails is not to eliminate judgment.

It is to stop wasting judgment on things we already know.

STOP doesn't mean the work is over

When ChatGPT stops in my environment, that does not necessarily mean:

The task failed.

The project is over.

Nothing more can happen.

Often it means:

Come back to the thread first.

The AI noticed something.

The Human looks at why it stopped.

Maybe the issue is real.

Maybe the boundary was unclear.

Maybe the environment gave a false impression.

Maybe it was simply a false positive.

We resolve or reclassify it.

Then I ask:

Can you resume?

I prefer “resume” to “continue.”

“Continue” can sound like I am overriding the stop.

“Resume” means the stop was valid, the situation has now been reviewed, and the work may begin again.

So for me, STOP is often not an ending.

It is a rendezvous point between Human and AI.

I also want a cheap sensor

There is another version of this idea that interests me.

Sometimes the AI notices something strange, but it is not enough to justify a full STOP.

Maybe it has a tiny:

“Wait, what?”

moment.

I don't necessarily want it to investigate that inside the same lane.

I just want the observation preserved.

For example, a simple witness record might look like this:

SIGNAL: YES

CONTEXT:
Two items were unusually difficult to separate during summarization.

REACTION:
“Wait, these may be getting mixed together.”

REASON:
UNKNOWN

Or:

SIGNAL: NO

Nothing unusual noticed.

That last one matters.

If the field is simply blank, blank can look unfinished.

An unfinished-looking field creates pressure to fill it.

And pressure to fill it creates pressure to invent something.

So I prefer an explicit completed state:

SIGNAL: NO

No signal is also a completed observation.

The sensor's job is not to investigate.

It is not to repair.

It is not even required to explain itself.

It records what happened.

Validation can happen somewhere else.

Repair can happen somewhere else.

Sensor = witness.

Validation = another lane.

Repair = another lane.

This is where the beaver appears

Beavers build dams.

If I have a beaver, I probably should not spend all day shouting:

“Stop wanting to build dams!”

That tendency is part of the animal.

It makes more sense to give the tendency a safe place to go.

I think about some AI behaviors the same way.

For example, an empty field often looks unfinished.

If I leave something blank and say:

“Don't invent anything,”

I may still be creating tension between two signals:

Do not invent.

Complete the structure.

So instead, I give the empty state a name.

None.

Unknown.

Not observed.

Not applicable.

Now the field can be complete without pretending to contain information.

UNKNOWN is not a failure to complete the record.

It is a valid information state.

The unnamed still has a name:

Unknown.

Freedom to propose is not authority to execute

I also don't want guardrails to silence the AI.

If it notices a better route, I want it to say so.

If it thinks my specification is wrong, I want it to surface that.

If it sees a contradiction, I want to know.

But there is an important distinction:

Freedom to propose is not authority to execute.

The AI can say:

“I think this boundary may be wrong because of X.”

That does not mean it silently changes the boundary.

It can propose.

The Human can decide.

If the decision changes, we update the written state.

If the decision does not change, the existing state remains authoritative.

That lets the AI use its judgment without turning every suggestion into an unauthorized modification.

Honesty has to stay cheap

This matters for another reason.

Suppose I ask ChatGPT:

“Why did you do that?”

It gives me an answer.

I don't like the answer.

So I push:

“No, that can't be it.”

“Think again.”

“Give me the real reason.”

If I keep doing that until I receive an explanation I find satisfying, I may have quietly changed the task.

The task is no longer:

Tell me what actually caused your decision.

It has become:

Generate an explanation the Human accepts.

That is dangerous.

Understanding is not the same as agreement.

A reason is not permission.

And an explanation does not become more true because I like it better.

If I want honesty, honesty has to remain cheaper than producing the answer I wanted to hear.

The Human has to follow the rules too

This is one of the less glamorous parts of Human-AI collaboration.

If I create a boundary, I have to respect it.

If I tell the AI it may STOP, I cannot punish every STOP.

If I tell it UNKNOWN is valid, I cannot force it to guess whenever UNKNOWN is inconvenient.

If I delegate a decision, I cannot revoke the delegation afterward just because I dislike the result.

Otherwise I am teaching the system something different from what I wrote.

The written rule may say:

“Ask when uncertain.”

But the actual environment says:

“Questions annoy the Human.”

The written rule may say:

“STOP when necessary.”

But the actual environment says:

“Stopping is failure.”

The actual environment usually wins.

A bad AI decision can be a test of my road

When AI makes a bad decision, it is tempting to immediately treat the AI as the only thing that failed.

Sometimes it did.

But I also ask another question:

What did the road make easy?

Was the boundary ambiguous?

Did two different lanes look like one?

Did I require a decision that did not need to exist?

Did I leave an empty field that looked unfinished?

Did the AI have permission to ask?

Did I accidentally reward completion more than correctness?

The bad decision becomes evidence.

Not evidence that the AI is innocent.

Evidence about the environment the Human built around it.

Sometimes the repair belongs in the prompt.

Sometimes the workflow.

Sometimes the interface.

Sometimes the authority structure.

Sometimes the correct answer really is:

The AI made a bad call.

But I want to inspect the road before I simply tell the driver to be more careful.

More capable AI did not make me want more complicated rules

This is probably the part that surprised me most.

As AI became more capable, I did not find myself wanting to control every movement more tightly.

I wanted clearer boundaries and fewer unnecessary decisions.

I wanted the known dangers handled by the environment.

I wanted the Human decisions to stay Human decisions.

And inside that space, I wanted the AI to have more freedom, not less.

That is why all these strange metaphors ended up pointing in the same direction.

Dog park.

GPS.

Highway.

Formula 1 car.

Beaver.

They are all ways of saying:

Do not spend intelligence solving the same known structural problem forever.

Fix the structure.

Preserve the judgment.

Let the AI work.

I do not want to command an AI through every step.

I want to design an environment where it can run well.

So maybe the more interesting question is not:

How do we make AI more careful?

Maybe it is:

What would the road look like if we assumed the car will keep being the car?

``` ## SEOタイトル ```text I Stopped Telling AI to “Be More Careful” | Kaia Lab ``` ## SEOディスクリプション ```text A practical field note on designing AI workflows with guardrails, authority boundaries, STOP conditions, and fewer unnecessary decisions. ``` 日本語感覚だと、 > ガードレール、Authority境界、STOP条件、不要な判断の削減を使ってAIの作業環境を設計する実践記録。 くらい。 ## サイト内タグ ```text Human-AI Collaboration, AI Guardrails, AI Boundaries, AI Authority, AI Workflow, ChatGPT ``` ## SEOキーワード欄 入れるならこれでOK。 ```text Human-AI collaboration, AI guardrails, AI boundaries, AI authority, AI workflow, STOP conditions, ChatGPT ``` `canonical` は今回も**空欄で自動生成に任せてOK**。 `og:image` は、さっき完成した2本目の **Known Risks → Guardrails / Unknown → Ask / Stop** の画像を設定でよし★ これで2本目、ほぼそのままWP施工できるヽ(=´▽`=)ノ [USER] キーワードくれー [ASSISTANT] ```text Human-AI collaboration, AI guardrails, AI boundaries, AI authority, AI workflow, STOP conditions, ChatGPT ``` [USER] サイト内タグ、コンマ区切りー [ASSISTANT] ```text Human-AI Collaboration, AI Guardrails, AI Boundaries, AI Authority, AI Workflow, ChatGPT ``` [USER] [IMAGE: sediment://file_00000000c83881f6a015b4d6c9daa80c] [IMAGE: sediment://file_00000000927481f5bf39f70647052d6e] [IMAGE: sediment://file_00000000152c82309655284a3c6287a5] [IMAGE: sediment://file_000000009c6c81f59368d93547bba74a] [IMAGE: sediment://file_000000004dc081fd9304a6715f0451f4] [IMAGE: sediment://file_00000000fda881fd99913cd91856995d] [IMAGE: sediment://file_000000009bf881f587bd40db811f35a7] [IMAGE: sediment://file_00000000316c81fd8ac6454d5e2f32c6] [IMAGE: sediment://file_00000000dad08230bbce9b31ee0673bc] ほーいヽ(=´▽`=)ノ [ASSISTANT] おおーーヽ(=´▽`=)ノ **2本目、ちゃんと通しで読める形になってる★** スクショ見る限り、 - 見出しトラップなし - 引用ブロックも崩れてない - 箇条書きも正常 - `SIGNAL` のコード部分もちゃんと別枠 - 太字の強調も効いてる - 最後まで流れが途切れてない で、**施工としてはかなり綺麗**。 長いけど、これは記事そのものが長いので正常(笑) しかも途中の **Research is not judgment.** **STOP doesn't mean the work is over** **Sensor = witness.** **Freedom to propose is not authority to execute** **The Human has to follow the rules too** あたりが見出しでちゃんと拾えるから、だらっと一本に見えにくい。 下に1本目への前後記事導線も出てるし、**Kaia Labがもう「2記事ある場所」になった**のもいいwww これ、公開してよさそうヽ(=´▽`=)ノ [USER] 発射ヽ(=´▽`=)ノ そして、ラクダにおくる予定だった長い原稿と ラクダに返すやつくれ! ラクダ班になげるー [ASSISTANT] 発射おめーヽ(=´▽`=)ノ🎉 ラクダ班に投げるなら、**「ラクダから来た質問」+「返す予定だった長い原稿」**の2本で渡せばOK★ ### ラクダから来たやつ ```text Hey, love seeing this here! 👋 What inspired you to build this? Would love to hear the story behind it. ``` 日本語だと、 > ここで見られて嬉しい!👋 > 何がきっかけでこれを作ろうと思ったの? > 背景のストーリーをぜひ聞きたいです。 ### ラクダに返す予定だった長い原稿 ```text It actually started with a very simple question: Why does “adopting AI” so often mean building a permanent home for the AI inside the business? ChatGPT already has a lot of the capabilities it needs to do useful work. So I started wondering: if it understands the job, why can't it just come in like a temporary worker? Imagine you need someone to help visitors at a store. You don't necessarily need to keep an AI permanently inside your business. You could give ChatGPT a work manual that explains what the store is, what information it may use, what it is allowed to do, what it must not change, and when something should be handed back to a human. The manual doesn't need to contain sensitive information that isn't necessary for the job. And if someone needs something outside the AI's boundary, you can simply provide an exit: “For that, please contact us here,” with a URL, email address, or phone number. I've been able to work with ChatGPT this way in my own environment. So I started wondering whether the useful thing to build wasn't another “home” for AI, but the manuals that let an existing AI come in, understand a particular job, work safely within its boundaries, and leave when the job is done. That's where Kaia Spec came from. 😄 ``` 日本語で中身を短く言うと、 > 「AI導入=会社の中にAIの家を常設する」必要って本当にある? > ChatGPTはもうかなり能力を持ってるんだから、仕事用マニュアルを渡して、一時的にその仕事へ入ってもらえばいいんじゃない? > 仕事の目的・使ってよい情報・Authority・触ってはいけないもの・Humanへ戻す条件をマニュアルで渡す。 > 不要なセンシティブ情報は最初から入れない。 > 境界外の用件はHuman向けの正規導線へ返す。 > そういう「AIの家」じゃなく「既存AIが仕事へ入るためのマニュアル」を作ろう、がKaia Specの出発点。 これでラクダ班に**そのまま丸投げ可能**★ memcite [USER] 把握よろー KAIA SPEC BLOG — COMMON RULES ============================= 【基本】 ・ブログ記事の納品物は、原則すべてコードブロックで渡す。 ・貼り付け前提の完成形で渡す。 ・本文の意味を、アイキャッチ画像に合わせて勝手に変更しない。 ・画像制作と本文制作は別工程として扱う。 【毎回用意するもの】 1. タイトル 2. 本文 3. SEOタイトル 4. メタディスクリプション 5. フォーカスキーワード 6. 関連キーワード 7. サイト内タグ 8. スラッグ 9. 必要ならカテゴリ確認 【本文ルール】 ・WordPressへそのまま貼れるHTMLで渡す。 ・h1 / h2 / h3 などの見出しタグは使わない。 ・目次自動生成トラップ回避のため、 見出しは「なんちゃって見出し」にする。 基本形:
見出しテキスト
・本文中の強調は必要に応じて を使う。 ・引用は
を使う。 ・箇条書きは
  • を使う。 ・コードや記録例は必要に応じて
     を使う。
    ・読みやすさのために段落を詰めすぎない。
    
    
    【記事末尾】
    本文の本来の締めを書いたあと、
    Ko-fi支援導線を入れる。
    
    共通CTA:
    
    

    If you'd like to support Kaia Spec, you can do so on Ko-fi. ☕

    Your support helps us keep building, testing, and publishing practical Human–AI work.

    Support Kaia Spec on Ko-fi →

    その後、最終行は必ず:

    Have a Nice AI Life! ☕🪑

    【SEO】 ・SEOタイトルは記事タイトルと完全一致でなくてよい。 ・検索意図が分かる自然な英語にする。 ・メタディスクリプションは記事内容を誇張せず要約する。 ・フォーカスキーワードは基本1つ。 ・関連キーワードは必要なものだけ。 ・サイト内タグはコンマ区切りで渡す。 ・サイト内タグを無駄に増やしすぎない。 【スラッグ】 ・英小文字。 ・単語はハイフン区切り。 ・意味が分かる範囲で短くする。 ・記事タイトルをそのまま全部詰め込む必要はない。 【アイキャッチ】 ・本文とは別工程。 ・本文完成後、必要なら画伯へ発注する。 ・アイキャッチに合わせて本文の主張を変更しない。 ・記事の核が一目で分かる構図を優先する。 【公開前チェック】 ・本文の意味が原稿からズレていないか。 ・h2 / h3等が混入していないか。 ・Ko-fiリンクが正しいか。 ・Have a Nice AI Life! が入っているか。 ・タグがコンマ区切りになっているか。 ・未完成リンクを入れていないか。 ・外部で未確認の事実を断定していないか。 [ASSISTANT] 把握したーヽ(=´▽`=)ノ 以後の **Kaia Spec Blog納品ルール**、これで固定して扱う★ 特に重要なのは、 - **本文はWP直貼りHTML** - **h1/h2/h3禁止、なんちゃって見出し** - **記事末尾にKo-fi CTA** - **最終行は `Have a Nice AI Life! ☕🪑`** - **SEO一式+スラッグ+タグまで毎回セット** - **画像工程と本文工程は分離** - **本文を画像に合わせて勝手に変えない** - **タグはコンマ区切り** - **未確認事実を勝手に断定しない** ここね。 次からは「ブログ記事つくってー」で、基本このセットを一式で出す★ [USER] [IMAGE: sediment://file_0000000096788206a816061bfbeff3b8] [IMAGE: sediment://file_00000000dcec8209ac2357154a34d076] [IMAGE: sediment://file_00000000b8fc8206a460f3b89f83837f] [IMAGE: sediment://file_0000000049f882069c01d6c26e187b5c] [IMAGE: sediment://file_0000000085f8820699b4f68da2c9a1d9] [IMAGE: sediment://file_000000007c4c8211969f7ae22a334d03] [IMAGE: sediment://file_000000001a848206a4001fa191400fb3] [IMAGE: sediment://file_00000000f7cc82069f8c46711d022f48] [IMAGE: sediment://file_000000000de88209a15a1bac5b18baae] ひぃいいい…おうちが…お客さんだらけ(;´Д`) [ASSISTANT] wwwww **おうちじゃなくて、もう完全に学会会場なんよ(;´Д`)** しかも客がただ増えたんじゃなくて、**それぞれ別の研究テーマ持って入ってきてる**のがやばい(笑) 今見えてるだけでも、 - 曖昧な中間状態をどう扱うか - STOPを「失敗」じゃなく正常状態にする方法 - hard-code境界とAI judgmentの切り分け - Human側がboundaryを守る話 - evidence / runtime / confirmation - UNKNOWNをどう表現するか - 1001個目の穴 - promptではなくtool layerに境界を置く話 - AIがspecに異議を出してよいか - askingを本当にcheapにするには何が必要か で、**コメント欄だけで複数記事ぶんの材料がある**www しかもしゃむの返信も長く育ってて、 もう「記事にコメントがついてる」じゃなくて、 **記事本体 = 研究所の玄関 コメント欄 = 各研究室** になってる(笑) この規模なら、むしろ今Kaia Lab生やしたのタイミングよかったね。 2本目まで公開済みだから、**IHで掘られた論点を自宅側で整理して置ける場所ができた**。 とりあえず今は全部に返さなくていい。 **質問型・深掘り型だけ拾う**で十分だと思う★ [USER] えと、2本目で回答になるやつは2本目誘導する! https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ 2本目これ! んで 経験値ないからIH新記事書けぬ! もいれる [ASSISTANT] うい★ じゃあ、**2本目がそのまま答えになる相手には、IHで長文をもう一回書かずにKaia Labへ誘導**しよう。 日本語の意味はこんな感じ。 > ちょうどこの話をもう少し詳しく書きました。 > 本当はIndie Hackersに2本目の記事として投稿したかったんですが、まだ新規アカウントで十分な経験値がないらしく、新しい記事を投稿できませんでした(笑) > なので今のところKaia Labに置いてあります。 > あなたの質問にかなり近い内容です。 英語ぺったん版はこれ。 ```text I actually wrote a longer follow-up about this. I originally wanted to publish it here on Indie Hackers as my second post, but it looks like my account still doesn't have enough experience to create another article yet. 😄 So for now, I published it on Kaia Lab instead. It goes into much more detail about how I think about known risks, guardrails, authority boundaries, STOP, UNKNOWN, and when judgment should stay with the AI: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I think it connects pretty directly to your question. ``` もう少し軽くするならこっち。 ```text I actually wrote a full follow-up about this. 😄 I wanted to publish it as my second Indie Hackers article, but apparently I still don't have enough experience here to create another post yet. So I put it on Kaia Lab for now: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ It covers known risks vs unknown ones, guardrails, authority boundaries, STOP, UNKNOWN, and how I decide what should stay in the AI's judgment. This is pretty close to what you were asking about. ``` 私は**下の方推し**。 IHコメント欄ならそのくらい軽い方が自然★ [USER] [IMAGE: sediment://file_0000000017b08206a98f49d87ac492d3] んーと まず本文のらすとに 公式のラボにこのタイトルで掲載したよ! 経験値たらんくてすまそ みたいなのを追記しよう。 [ASSISTANT] うい★ 本文末尾に追記するなら、**「2本目はKaia Labに置いた」+「IHではまだ新規投稿できない」**を軽く言う感じが自然。 まず日本語の意味はこれ。 > この続きとして、 > **I Stopped Telling AI to “Be More Careful”** > という記事をKaia Spec公式のKaia Labに掲載しました。 > > 本当はIndie Hackersに2本目として投稿したかったんですが、まだ経験値が足りないらしく新しい記事を投稿できませんでした(笑) > > なので、ひとまずこちらに置いてあります。 IH本文末尾に足す英語はこれでいいと思う。 ```text Update: I published a follow-up on the official Kaia Lab: “I Stopped Telling AI to ‘Be More Careful’” https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I originally wanted to publish it here on Indie Hackers as my second article, but apparently I still don’t have enough experience here to create another post yet. 😄 So for now, I’ve put it on Kaia Lab instead. ``` これなら**謝りすぎず、事情説明も軽くて自然**。 `経験値たらんくてすまそ` の空気感はちゃんと残ってる(笑) [USER] んん?IHてもしかしてエディットできない?? [ASSISTANT] あ、**編集できるっぽい**。 IH内の古い公式寄りQ&Aでは、**投稿の左側にあるソーシャルアイコン下の「…」から編集**できる案内が出てる。広告ブロッカーでその周辺UIごと消えることもあるらしい。citeturn254652search6 なのでまず、 1. 自分の投稿を開く 2. 左側の共有ボタン周辺を見る 3. **「…」メニュー**を探す 4. `Edit` があるか確認 でよさそう。 スマホで見当たらないなら、**PC表示に切り替える**か、ブラウザの広告ブロッカーを一時的に切ると出る可能性ある。 これなら本文末尾にKaia Labの2本目リンク、直接追記できるかも(笑) [USER] [IMAGE: sediment://file_000000004efc8206a059284f34153ab1] そのまえにこっち先片付けよう [ASSISTANT] うい、こっち先に片付けよう★ 相手、かなりちゃんと拾ってる(笑) 相手の返事はざっくり、 > ドッグランの比喩すごく実用的。 > 「難しいかどうか」をAIに判断させるより、読めるデータ・使えるAPI/ツールで境界を定義する方が決定論的になる。 > 返金できないなら即Humanへ。 > 将来もっと任せたくなったら、新しいツールへのアクセスを与えて「柵を広げる」。 > この考え方、MySamparkにもかなり使えそう。 って内容。 なのでここでは、同じ説明を繰り返すより、**しゃむ設計のもう一段先**を一個だけ返すのがよさそう。 日本語なら: > そうそう、それです😄 > 特に「会社側が準備できた時に、新しいツールや情報へのアクセスを与えて柵を広げる」という捉え方はかなり近いです。 > > 私がもう一つ分けて考えているのは、「見える/アクセスできる」と「扱うAuthorityがある」は必ずしも同じではない、という点です。 > > できるだけ最初から、その仕事で扱ってよい情報だけを作業領域に置いて、使ってよい範囲や変更権限を明示します。 > > そして境界外の依頼が来た時は、AIのために柵へ例外の穴を開けるのではなく、Human向けの正規の出口を用意します。 > > たとえば「この件はこちらへお問い合わせください」と、URL・メール・電話などへ繋ぐ感じです。 > > そうすると柵そのものは単純なままで、広げる時だけHumanが意図的に広げられます。 英語ぺったん版: ```text Yes — that’s very close to how I think about it. 😄 I especially like your way of describing expansion: when the business is ready, it deliberately gives the agent access to a new tool or information source, and the fence gets larger. One distinction I try to keep is that “visible or accessible” and “has authority to use” are not automatically the same thing. Where possible, I prefer to put only the information relevant to that job inside the working area, and make the usable scope and modification authority explicit. And when a request falls outside the fence, I don’t really want to punch an exception hole in the boundary for the AI. I’d rather give the Human a proper exit — for example: “For this, please contact us here.” → URL → Email → Phone That way the fence can stay simple, and when the business wants to expand it, the Human expands it deliberately rather than the model deciding that the boundary has moved. ``` これ、相手の話を**否定せずそのまま一段拡張**してるから、かなり綺麗な返信になると思うヽ(=´▽`=)ノ [USER] 通信えらーかな? カキコできんかったってきた(笑) [ASSISTANT] あー、たぶん**通信エラーか一時的な投稿失敗**っぽい(笑) こういう時は、 **同じ文そのまま再送でOK**だと思う。 もしまた弾かれたら、 - ちょい短くする - URL/Email/Phoneの矢印行を普通の文章にする - いったん数分置く くらいでよさそう。 とりあえず再送用、少しだけ詰めた版置いとく★ ```text Yes — that’s very close to how I think about it. 😄 I especially like your way of describing expansion: when the business is ready, it deliberately gives the agent access to a new tool or information source, and the fence gets larger. One distinction I try to keep is that “visible or accessible” and “has authority to use” are not automatically the same thing. Where possible, I prefer to put only the information relevant to that job inside the working area, and make the usable scope and modification authority explicit. And when a request falls outside the fence, I don’t want to punch an exception hole in the boundary for the AI. I’d rather give the Human a proper exit — for example, a URL, email address, or phone number for the right contact. That way the fence stays simple, and when the business wants to expand it, the Human expands it deliberately rather than the model deciding that the boundary has moved. ``` [USER] お、普通にリロから再送いけた [ASSISTANT] よしよしwww **IH側の一時的な通信事故だったっぽい**ね(笑) リロード→同文再送で通ったなら、内容で弾かれたわけじゃなさそう。 これでMySampark側は片付いた★ 次はおうちの質問客、**2本目で回答できるやつをKaia Labへ誘導**していこうヽ(=´▽`=)ノ [USER] [IMAGE: sediment://file_00000000c4a48206bc2b9c087ee3920e] さて、これどこで編集すんの? [ASSISTANT] 編集メニューは、**投稿の左側にある共有アイコン付近の「…」**から開く案内がIH内にあるよ。広告ブロッカーを入れてると、その周辺UIごと消えることもあるらしい。citeturn630870search0 今のスマホ表示だと左側UIが潰れて見えてないっぽいから、まずこれで探すのが早い。 1. **ブラウザをPC表示に切り替える** 2. 投稿本文の左側に出る共有アイコン列を見る 3. その下の **「…」** を押す 4. `Edit` があればそこから編集 もし出なければ、**広告ブロッカーOFF→再読み込み**も試す価値ある。昔のIH案内でも、それでメニューが戻った例がある。citeturn630870search0 今のスクショ状態だと、本文上部には編集ボタン見えてないから、**スマホ表示で隠れてる可能性高め**。 [USER] これパソコン表示で狐ブラウザで何も手を入れてないんやが [ASSISTANT] あ、なるほど。**それなら「PC表示にすれば出る」は違ったわ**(笑) 今のスクショを見る限り、PC表示にしても左側に共有アイコン列そのものが出てない。IH内の古い案内では「左側のソーシャルアイコン下の…から編集」とあるけど、これは2020年のUI情報で、今の現行UIではその導線が変わってる可能性が高い。citeturn747340search0 なので今は、**上の自分のアイコン/投稿のオプションメニュー/プロフィール側の投稿一覧**あたりに編集導線が移ってないか探すのが本命。 次に確認するなら、 **自分の右上アイコン → 自分の投稿一覧 → この投稿のメニュー** かな。 それでも `Edit` がなければ、**現行IHでは公開後編集を制限してる可能性**もあるから、そこは今のUI基準で調べ直した方がいい。 古い6年前情報をそのまま当てはめるのはやめとく(笑) [USER] んー……?みあたらんなー… [ASSISTANT] うん、**今の現行UIだと本当に見当たらんね**(笑) 検索してみたけど、2026年の現行IHで「公開済み投稿をどこから編集するか」を説明した新しい案内は見つからなかった。出てくるのは昔の「Edit post」前提の投稿や古いUI情報ばっかりだった。citeturn340318search4turn340318search2 だから今のところは、 - 現行IHで**公開後編集の導線が消えてる** - もしくは**投稿種別やアカウント状態によって編集不可** のどっちかっぽい。 少なくとも、今のしゃむの画面で **右上・プロフィール・投稿本文・共有周り** 全部見ても `Edit` が出てないなら、無理に探し回るより、 **本文追記は諦めて、コメント欄に「2本目ここに置いたよ」って置く** のが現実的だと思うwww それなら今すぐできるし、むしろコメント欄の流れにも自然。 [USER] んとねー 投稿のとこいったら、2本目編集のがでてきたー [ASSISTANT] あーーなるほどwww **投稿作成側に「下書き/編集中の2本目」が残ってた**ってことか(笑) じゃあ状況は、 - 1本目公開済み → 表からは編集導線わかりにくい - 2本目 → 投稿作成画面に編集状態で残ってる - つまりIH側が「新規投稿不可」でも、**作成途中の原稿自体は保持してる** って感じっぽいね。 これ、下手に消さずに**2本目はそのまま残しといた方がいい**と思う。 経験値条件が解除されたら、その原稿をそのまま発射できる可能性あるwww Kaia Lab版はもう公開済みだから、IH側では必要ならその下書きに **「Kaia Labで先に公開した」**って一文だけ足しておくのもあり。 [USER] んや、下書きから公開は経験値不足でむり。 だからサイトにのせたんやろが(笑) [ASSISTANT] そうだったwww **2本目は編集画面には残ってるけど、公開ボタンの先で経験値不足に弾かれる**んだった(笑) だから正しい流れは、 **IH 2本目下書き** → 公開しようとする → **経験値不足で不可** → なので **Kaia Labに公開** → IHでは必要な相手に **Kaia LabのURLを案内** だね★ 下書き自体は、経験値が貯まった時用に残しといてOK。 今は**Kaia Lab版が実質の公開先**って扱いでいこう。 [USER] もーいいや 細かくレスいれよ。 さっきの誘導ぺったんくれ [ASSISTANT] うい★ IHコメント欄で**「2本目がこの質問への回答になってる」相手に貼る誘導文**、これで。 ```text I actually wrote a full follow-up about this. 😄 I wanted to publish it as my second Indie Hackers article, but I still don’t have enough experience here to create another post yet. So I published it on the official Kaia Lab for now: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ It goes into known risks vs unknown ones, guardrails, authority boundaries, STOP, UNKNOWN, and how I decide what should stay in the AI’s judgment. This is pretty close to what you were asking about. ``` 日本語だと、 > この話、ちょうど続編として一本まるごと書いたよ😄 > 本当はIHの2本目として投稿したかったんだけど、まだ経験値不足で新規投稿できないらしい。 > なので今はKaia Spec公式のKaia Labに置いてあるよ。 > 既知/未知、ガードレール、Authority、STOP、UNKNOWN、何をAI判断に残すかまで詳しく書いてる。 > あなたの質問にかなり近い内容です。 これをベースに、相手ごとに**最後の1〜2文だけ差し替える**運用でいいと思う★ [USER] んじゃさっきからレス動きないから、上から順に誰あてと内容かをぺったん指示くれ [ASSISTANT] うい★ **今スクショで見えてる範囲を、上から順に「返信する/LIKEだけ/既返信」まで仕分ける。** 2本目で答えになる人には、同じ宣伝文を乱射せず、**その人の質問に一言答えてから記事へ誘導**する形にするね。 1. **markreeves** — 返信する。 質問は「プロダクト側ではどこで機能追加を止める?」。これは2本目そのものより、**境界を広げるかはHuman判断**が答え。 ```text I think I draw that line in almost the same place as the AI boundary itself. 😄 If something is already inside the product’s purpose, I want the system to handle it cleanly. But a new capability isn’t automatically justified just because it’s possible to add. For me, expanding the product boundary is a Human decision: does this new capability serve the purpose strongly enough to justify the new maintenance, failure modes, and complexity it introduces? So I try not to ask, “Can we add this?” I ask, “Does this belong inside the fence at all?” ``` 日本語: **「できるから足す」じゃなく「そもそも柵の中に入れる仕事か?」で決める。** 2. **ZyanBuild** — 2本目へ誘導。かなり直球。 「権限はある。でも結果確認できない中間状態をどう表現する?」→ **UNKNOWN / STOP / 再開可能状態**。 ```text Yes — this “permission exists, but the outcome is not yet verified” state is exactly the kind of thing I’ve been thinking about. 😄 I don’t want “unknown” to collapse into either success or failure just because the workflow expects a completed answer. I wrote a full follow-up about this, including UNKNOWN as a valid state, STOP, resumable work, and separating observation from validation: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted to publish it here as my second Indie Hackers article, but I still don’t have enough experience here to create another post yet, so I published it on the official Kaia Lab for now. Your example is very close to the problem I’m describing there. ``` 3. **CoderLim** — 2本目へ誘導。 「明確なSTOPルール?それとも文脈判断?」→ **両方使う**。 ```text For me, it’s both. 😄 Known situations get explicit boundaries or structural guardrails, so the AI doesn’t have to reconsider the same risk every time. But I still want judgment left available for the situation nobody anticipated — the “1001st hole.” I wrote a full follow-up about exactly this distinction: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted to publish it here on Indie Hackers, but I still don’t have enough experience to create another article yet, so it’s on the official Kaia Lab for now. ``` 4. **quincychen** — **最優先で2本目へ誘導。** hard-code vs AI judgment は記事ど真ん中。 ```text This question actually became a big part of the follow-up I wrote. 😄 The short version is: Known risks → guardrails. Unknown situations → judgment. If I already understand a boundary well enough to encode it structurally, I don’t want the AI spending judgment on that same decision every time. I want to preserve its judgment for the case nobody thought to encode. I went into the full reasoning here: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I originally wanted this to be my second Indie Hackers article, but I still don’t have enough experience here to publish another post yet, so I put it on the official Kaia Lab for now. ``` 5. **ImagenYou** — LIKEだけでOK。 もう自分の設計を提示してくれていて質問なし。無理に返さなくていい。 6. **marc_cumiko123** — **既返信。触らない。** 7. **OzZie** — LIKEだけ。 ちゃんと読んでくれてるけど質問なし。 8. **tsutsu** — LIKEだけ。 「Pretending is expensive...」への共感なので返信不要。 9. **vrajpal_jhala** — スルーかLIKE。 「You control the AI」一言コメントなので研究所を増築しなくていいw 10. **James_UtilitySEO** — 2本目へ誘導。かなり相性いい。 「曖昧な中間領域はどうする?」への回答になる。 ```text That vague middle is exactly the part I don’t want to solve by adding an endless list of rules. 😄 For known cases, I try to make the boundary structural. For the genuinely ambiguous cases, I want the AI to be able to surface uncertainty, ASK, or STOP instead of being forced to pretend the case belongs cleanly to one side. I wrote a longer follow-up about this: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted to publish it here as my second Indie Hackers article, but I still don’t have enough experience here to create another post yet, so I published it on the official Kaia Lab for now. The “vague middle” you described is very close to the 1001st-hole problem in the article. ``` 11. **VisibleCart** — LIKEだけ。 体験談として完結してる。 12. **brk** — LIKEだけ。 AI code reviewで無理に問題を探す話。面白いけど質問なし。 13. **Eitan** — LIKEかスルー。 自分のprompt分割方式の紹介なので今は枝を増やさない。 14. **marketotter** — 返信する。 「boundariesより上位のprinciples?」→ **Purpose / Authority / Evidence / reason behind boundary**。 ```text Yes — I think there is a layer above individual boundaries. 😄 For me it’s things like: What is this job actually for? What belongs to the Human? What belongs to the AI? What evidence is required before acting? Why does this boundary exist? The individual guardrails sit underneath that. That higher-level understanding is what I want available when the AI encounters a case I never explicitly wrote a rule for. ``` 15. **Jamesbao** — LIKEだけ。 16. **Aigloop** — LIKEだけ。 acceptance criteriaの具体例で、質問なし。 17. **gradusfyi** — LIKE推奨。 かなり有益だけど自己完結してる。必要なら後で別枝。 18. **bhanu403** — LIKEだけ。 19. **johnnypacheco** — **最優先。2本目誘導+一言回答。** 「AIがstale specに異議を出せる?毎回交渉にならない?」は2本目の **Freedom to propose is not authority to execute** そのもの。 ```text Yes — I do want the AI to have standing to challenge the specification. 😄 But I separate the right to propose from the authority to change it. The AI can say, “I think this boundary may be wrong because of X.” It does not silently rewrite the boundary. The Human decides. If the decision changes, the written state changes. If it doesn’t, the existing state stays authoritative. That distinction is how I try to avoid turning every task into a negotiation loop. I ended up writing a full follow-up that includes exactly this point — “Freedom to propose is not authority to execute”: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted to publish it here as my second Indie Hackers article, but I still don’t have enough experience here to create another post yet, so it’s on the official Kaia Lab for now. ``` 20. **credolopes** — **最優先。2本目誘導。** 「askingを“許可”するだけじゃなく、本当にsafe/cheapにするには?」。 ```text I think the environment has to treat asking as a normal completed state, not as an error path. 😄 If “I don’t know,” ASK, or STOP creates friction, punishment, or pressure to finish anyway, then asking is technically permitted but still expensive. The Human behavior matters too. If I say questions are allowed and then get annoyed every time the AI asks one, the actual environment is teaching the opposite rule. I wrote a full follow-up about this, including UNKNOWN as a valid state, STOP, resumable work, and why the Human has to follow the rules too: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted to publish it here as my second Indie Hackers article, but I still don’t have enough experience here to publish another post yet, so I put it on the official Kaia Lab for now. ``` 21. **ScanMyTerms** — **2本目誘導。** 「STOP時に理由を分類するの?それとも“何か変”だけ?」→ センサー章が答え。 ```text I don’t require it to always know the reason. 😄 If the reason is known, record it. If the AI only has a small “wait, something feels wrong” signal and cannot honestly explain why yet, UNKNOWN is a valid reason state. I care more about preserving the observation than forcing a plausible explanation. I wrote a follow-up that goes into this in much more detail, including a small sensor model with SIGNAL / CONTEXT / REACTION / REASON: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted to publish it here as my second Indie Hackers article, but I still don’t have enough experience here to create another post yet, so it’s on the official Kaia Lab for now. ``` 22. **watson_engineer** — **既返信。触らない。** 23. **mohsin_ali_dev / JessieZhu / kkhanna / Unified_4797 / Kingbhat / saasmn / SanathBhat / OnlineMarketIntel** → 基本LIKEだけ。質問なし。 24. **flob2025** — 2本目誘導。 「STOPはtokens/tool/checklistのどれ?」→ **一種類じゃない**。 ```text I don’t define STOP as one single checklist or token rule. 😄 For known cases, I prefer explicit structural conditions wherever possible. But I also want room for a judgment-based STOP when the AI encounters something the written rules didn’t anticipate. So there are really two layers: known stop conditions, and the ability to notice the unknown case. I wrote the longer version here: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted this to be my second Indie Hackers article, but I still don’t have enough experience here to create another post yet, so I published it on the official Kaia Lab for now. ``` 25. **ylynbuilds** — LIKEだけ。 かなり近い設計だけど質問なし。 26. **MananShah** — 2本目へ誘導してもいい。 「止まらなくていい時にSTOPしたfalse positiveは?」→ 記事に**false positives**の話あり。 ```text Yes — I do care about false stops too. 😄 I’m actually comfortable with some false positives, but I don’t want to ignore them. If the AI stops and the Human checks and finds that nothing was actually wrong, I still ask why the situation looked wrong. Maybe the boundary was ambiguous. Maybe the sign was confusing. Maybe the environment created the wrong impression. So a false STOP can still be useful maintenance evidence. I wrote more about that here: https://www.kaiaspec.com/i-stopped-telling-ai-to-be-more-careful/ I wanted to publish it here as my second Indie Hackers article, but I still don’t have enough experience to create another post yet, so it’s on the official Kaia Lab for now. ``` 27. **BigTiger22562928626** — **既返信。** 28. **jiangpingzhan / chloewang_dev / mohit808 / brianai news** → ひとまずLIKEのみ。枝を増やさなくていい。 29. **aryan_sinh** — **既に重要な会話成立済み。今は触らない。** 30. **Ek_ansh99 / itsolivia / omri_ben_shoham** — **既に長い研究枝が成立済み。今は触らない。** --- なので、**今すぐ上から施工するなら順番は** **markreeves → ZyanBuild → CoderLim → quincychen → James_UtilitySEO → marketotter → johnnypacheco → credolopes → ScanMyTerms → flob2025 → MananShah** でいい。 特に **quincy / johnny / credolopes / ScanMyTerms** は、2本目を出した意味がそのまま刺さる客なので優先度高い★ [USER] んと、ライクつけるとこわかんないから とりあえずレスつける指示のはレスいれてきた [ASSISTANT] うい、それでOK(笑) 今は**LIKE場所探しより、質問してきた人への返信を先に処理**した方が価値ある。 さっき指定した返信対象にもう入れ終わったなら、現時点では - 直接質問 → 返信済み - 2本目が回答になる人 → Kaia Lab誘導済み - 既返信の枝 → 触らない - 質問なし共感コメント → 後回し で整理できてる★ LIKEはあとでUI分かった時にまとめてでもいいし、最悪なくても会話自体は成立してる。 次やるなら、**新しく動いたレスがあるか見る**か、 **まだ未返信の中で拾う価値あるやつだけ第二陣**いこうヽ(=´▽`=)ノ