Coordinate parallel agent phases with atomic filesystem locks and dependency checks.
npx skills add https://github.com/garagon/nanostack --skill conductor-garagon
Please help me install this Agent Skill. Skill: conductor Source: https://github.com/garagon/nanostack/tree/main/conductor Command: npx skills add https://github.com/garagon/nanostack --skill conductor-garagon
The conductor prevents conflicting work and lost artifacts when multiple AI agents or sessions operate on the same project by coordinating phase claiming, dependency resolution, and artifact handoff using atomic filesystem operations.
Start a sprint in your project and coordinate agents by claiming, completing, and batching phases so parallel checks run safely.
High-intent search queries and answers about installing and using this skill.
Prevent race conditions during parallel AI agent execution by using atomic filesystem operations to claim work phases. This locking mechanism ensures only one agent accesses a critical sprint phase at a time, avoiding collisions and conflicting work.
Orchestrate a multi-agent sprint by enforcing phase dependencies and batching tasks. Agents execute phases like build, review, and ship while the system validates dependencies, supports parallel read batches, and serializes exclusive write phases.
Recover from stale agent locks using built-in crash detection. The system tracks timestamps and agent PID metadata to identify stale locks automatically, and provides an emergency force-release mechanism to unblock the sprint.
Yes, you can run review, QA, and security checks in parallel. The orchestration system validates phase dependencies, allowing parallel read batches for checks while serializing the build phase, then shipping waits for all to complete.
No specific framework is needed for atomic filesystem locking. The coordination system applies to general multi-agent engineering workflows and uses standard directory operations with derived concurrency metadata to manage safe parallelization.
Parallel agents overwrite artifacts during phase handoff due to missing dependency validation. Implementing atomic phase claims and artifact handoff coordination ensures dependencies are enforced and completed phases are safely passed.
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