A black-box reliability experiment for workspace isolation, branch drift, patch composition, and explicit conflicts.
Two coding-agent tasks start from commit A. Task X edits authentication. Task Y edits logging. While both run, a human pushes commit B.
If the patches do not identify their base, “apply both” is unsafe. Parallel agent sessions are a consistency problem, not only a speed feature.
Here is a black-box experiment for MonkeyCode SaaS, not a claim about its concurrency implementation.
Define four invariants
Every result is associated with immutable base A.
A deterministic patch envelope prevents completion order from deciding how multiple coding agents modify one repository.
An accessibility audit for task identity, state changes, focus stability, cancellation, and recovery in MonkeyCode SaaS.
TL;DR I started running multiple autonomous Claude Code sessions on the same repo at once...
Parallel AI Coding with Git Worktrees: Run Multiple Agents Without Conflicts Most parallel...
Running multiple Claude Code agents at once is fine until two of them edit the same file. Git worktrees are the fix — here is the…
The commit no parent would have made 18 May, late afternoon. I delegate a six-file...
