How to use Claude Code subagents to parallelize development

One key insight I have from having worked on this from the early stages of LLMs (before chatgpt came out) is that the current crop of LLM clients or "agentic clients" don't log/write/keep track of success over time. It's more of a "shoot and forget" environment right now, and that's why a lot of people are getting vastly different results. Hell, even week to week on the same tasks you get different results (see the recent claude getting dumber drama).

Once we start to see that kind of self feedback going in next iterations (w/ possible training runs between sessions, "dreaming" stage from og RL, distilling a session, grabbing key insights, storing them, surfacing them at next inference, etc) then we'll see true progress in this space.

The problem is that a lot of people work on these things in silos. The industry is much more geared towards quick returns now, having to show something now, rather than building strong fo0undations based on real data. Kind of an analogy to early linux dev. We need our own Linus, it would seem :)

> don't log/write/keep track of success over time.

How do you define success of a model's run?

I’ve experimented with feature chats, so start a new chat for every change, just like a feature branch. At the end of a chat I’ll have it summarize the the feature chat and save it as a markdown document in the project, so the knowledge is still available for next chats. Seems to work well.

You can also ask the llm at the end of a feature chat to prepare a prompt to start the next feature chat so it can determine what knowledge is important to communicate to the next feature chat.

Summarizing a chat also helps getting rid of wrong info, as you’ll often trial and error towards the right solution. You don’t want these incorrect approaches to leak into the context of the next feature chat, maybe just add the “don’t dos” into a guidelines and rules document so it will avoid it in the future.

Lots of ways. You could do binary thumbs up/down. You could do a feedback session. You could look at signals like "acceptance rate" (for a pr?) or "how many feedback messages did the user send in this session", and so on.

My point was more on tracking these signals over time. And using them to improve the client, not just the model (most model providers probably track this already).

i too have discovered that feature chats are surely a winner (as well as a pre-requirement for parallelization)

in a similar vein, i match github project issues to md files committed to repo

essentially, the github issue content is just a link to the md file in the repo also, epics are folders with links (+ a readme that gets updated after each task)

i am very happy about it too

it's also very fast and handy to reference either from claude using @ .ie: did you consider what has been done @

other major improvements that worked for me were - DOC_INDEX.md build around the concept of "read this if you are working on X (infra, db, frontend, domain, ....)" - COMMON_TASKS.md (if you need to do X read Y, if you need to add a new frontend component read HOW_TO_ADD_A_COMPONENT.md )

common tasks tend to be increase quality when they are epxpressed in a checklist format

Ah. Yes!

My somewhat terse/bitter question was because yesterday Claude would continue claim to have created a "production-ready" solution which was completely entirely wrong.

I would've loved to have the feedback loop you describe

I ask the bot to come up with a list of "don't dos"/lessons learned based on what went right or required lots of edits. Then I have it merge them in to an ongoing list. It works OK.

The difference between agents and LLMs is that agents are easy to tune online, because unlike LLMs they're 95% systems software. The prompts, the tools, the retrieval system, the information curation/annotation, context injection, etc. I have a project that's still in early stages that can monitor queries in clickhouse for agent failures, group/aggregate into post mortem classes, then do system paramter optimization on retrieval /document annotation system and invoke DSPy on low efficacy prompts.