This is a submission for Weekend Challenge: Passion Edition
What I Built
I built Bodhiorchard — an open-source platform that replaces S...
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The useful part of this experiment is that it treats process as something that can be simulated, not just complained about. I would be most curious where the 12-agent world breaks: ownership handoffs, priority conflicts, stale assumptions, or agents optimizing their local role while the whole delivery system gets slower.
You picked the exact question I built it to answer. Where it breaks first, so far: stale assumptions. Agents don't complain when a decision upstream changes; they keep optimizing against the version they were given. Handoffs turned out easier than I expected because handoff is explicit in the design. Every agent passes structured context forward, nothing lives in a hallway conversation.
Priority conflicts are the honest gap. A human resolves those with judgment and organizational memory, and right now that human is me. I suspect the world always keeps one human in it, and that stopped bothering me once I noticed the human is doing judgment, not ceremony.
Stale assumptions are probably the most realistic failure point. The dangerous part is that the agents keep producing coherent work, so the system looks busy even after the premise moved.
I like your point that handoffs are easier when they are designed as explicit objects. The harder layer is exactly what you said: priority conflicts. That is where process stops being routing and becomes judgment.
"The system looks busy even after the premise moved" is the sentence I wish I'd put in the post. That's the failure I'm most scared of, because busy looks like healthy right up until you read the output. The half-answer I've landed on: make the premise a first-class object the agents re-read, not something they inherited once at kickoff. When a decision upstream changes, the BUD changes, and anything downstream still optimizing against the old version gets flagged as stale instead of quietly continuing. It doesn't solve priority conflicts though. You're right that those are judgment, not routing, and that's the one seat I don't think the human ever leaves. Routing I can automate. Deciding what matters more than what, when both are on fire, I can't, and I've stopped trying.
Making the premise a first-class object is the right direction. The failure mode is not that agents forget to work; it is that they keep optimizing against yesterday's world. Even a simple stale-premise flag would be a big improvement over discovering the mismatch only after a polished deliverable appears.
Exactly the failure mode I built this around. Agents don't stall, they sprint confidently at a target that moved three commits ago, and you only find out when the polished thing lands and doesn't fit. A stale-premise flag is the right instinct, framed as a first-class check rather than a nice-to-have. The premise is already versioned, so a downstream agent can detect the context it's building against has shifted. Making that mismatch loud at generation time, not review time, is the piece that matters. Appreciate the sharp read.
@alexshev — a post went up today that you are credited in, though the premise-lease argument is not the spine of it.
dev.to/mickyarun/i-have-four-contr...
It is about the four controls in my threads that stop measuring once people know they are there. Your version of the problem is the one case that does not fit the pattern: a premise whose owner confirms honestly and whose world moves anyway is not adapting to being watched, it is just wrong. That is a different failure and I have left it out rather than bent it to fit. Worth its own write-up.