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How I built a feedback loop that captures friction points and turns them into system improvements

How I built a feedback loop that captures friction points and turns them into system improvements, so the same mistakes never happen twice.

Anna Evans
Anna EvansMarketing Director, 15+ years B2B
How I built a feedback loop that captures friction points and turns them into system improvements
TL;DR

AI doesn't learn from its mistakes automatically. Build a feedback loop that captures friction points and converts them into system improvements. Every annoyance is a gift if you fix it instead of ignoring it.

You know that moment when your AI does something wrong, and you think "well, that's annoying"... and then you move on?

I used to do that. A lot. The AI would miss context, or produce something I couldn't use, or ask a question it should have known the answer to. I'd correct it, finish my work, and close the conversation. Done.

Then I realized: every one of those friction points was a gift. They showed me exactly where my system needed to improve. And if I fixed them instead of ignoring them, they'd never happen again.


The Context Gap

Here's what I realized: AI systems don't improve automatically. They don't learn from their mistakes the way humans do. Every conversation starts fresh.

Unless you build the learning in yourself.

The gap isn't AI capability. It's the feedback loop. Most people use AI, hit friction, work around it, and move on. The friction happens again next time. And the next time. Forever.

The insight: Your AI system can learn from its mistakes, but only if you make the learning explicit. The system needs a feedback loop, and you need to actually use it.


What I Built

I built three things that work together:

Capture commands: Specific commands I can invoke to save learnings:

  • /learn extracts patterns from a session into my knowledge base
  • /story documents what happened in detail
  • /capture saves a quick idea or insight

These give me actions to take. "Should I run /learn?" is easier than "should I maybe document something somewhere?"

End-of-session prompts: I added a note to my AI's instructions:

"At the end of substantial work, ask: Should anything from this session be saved? Did we discover a pattern worth documenting? Is there friction we should fix?"

Now my AI reminds me. I don't have to remember.

Trigger hooks: Automated reminders after long conversations suggesting I run /learn.

What's in my context layer now:

  • 4 capture commands that save learnings to specific locations
  • Instructions that prompt me at end of sessions
  • A growing knowledge base of patterns and fixes
  • Commands that have been improved dozens of times based on real friction

(I later added a diary layer to prevent noise from accumulating in the knowledge base, separating quick captures from proven patterns.)


How It Actually Works

Last week, I ran a command called /polish-story. It takes my internal session notes and transforms them into blog posts. I'd used it successfully many times.

This time, it produced something beautiful. Great structure. Warm tone. Perfect for publishing.

One problem: it included specific numbers about my customer base. Revenue details. Competitive intelligence. Things I would never publish publicly.

The command didn't know to filter sensitive content. It just... polished.

What happened next:

I didn't just fix the output. I fixed the command. Added a sensitivity check that scans for customer data, revenue figures, and internal details before proceeding. Now it asks me: "This contains sensitive content. Keep internal only, generalize, or proceed anyway?"

The whole fix took 10 minutes. And now this will never happen again.

That's the improvement loop. Friction → Fix → Better system. Every time.


The Context Layer Lesson

One improvement per week compounds to 52 per year.

That doesn't sound like much. But after a year, your commands handle edge cases they used to miss. Your knowledge base has answers to questions you used to research fresh. Your AI avoids mistakes it used to make constantly.

This is context that compounds. Not more files. Smarter files.

Two layers of remembering make it work.

The system remembers (files persist, learnings are saved). But you also need to remember to capture (habits, prompts, triggers). Build both.

Every friction point is an improvement opportunity.

The annoying moments aren't problems to work around. They're signposts showing exactly what to fix. The question isn't "how do I deal with this?" The question is "how do I make sure this never happens again?"


Try This Yourself

You don't need sophisticated tooling to start the improvement loop. You need one habit:

When something goes wrong with AI, don't just fix the output. Ask: "How do I prevent this next time?"

Then do the smallest thing that would help:

  • Add context to a file
  • Update your instructions
  • Create a note you'll see later

One small fix. That's how it starts.

Start here: Think about your last AI session. What annoyed you? What friction did you hit? Now: what's the smallest fix that would prevent it next time? Do that fix right now. You've started the loop.


Questions You Might Have

Doesn't this take a lot of time?

Most fixes take 5-10 minutes. The time you save by not hitting the same friction again is much larger. And the compound effect over months is enormous.

What if I don't know how to fix something?

Start by documenting the problem. "AI keeps missing X context" in a file is better than nothing. Sometimes the fix becomes obvious later. Sometimes you'll find a pattern across multiple problems.

What counts as "friction worth fixing"?

Anything that annoyed you. Anything you had to correct. Anything you wished AI already knew. If you noticed it, it's probably worth addressing.

How does this connect to building context systems?

The improvement loop is what makes context systems get better over time. Without it, you have static files. With it, you have a living system that accumulates wisdom with every use.

Can I do this with ChatGPT / Claude / other tools?

Yes. The principle works everywhere. The specific implementation (commands, hooks, file locations) adapts to your tools. What matters is: capture mechanism + reminder to use it + commitment to fix friction.


Building context that compounds.

Written by
Anna Evans
Anna Evans

Marketing leader building AI systems that actually remember.

Marketing Director, 15+ years B2BAI Workflow Architect