archon

Multi-session engineering work can be orchestrated by decomposing it into 3–8 verifiable phases with explicit end conditions, delegating to sub-agents, and persisting Continuation State with git checkpoints. This prevents context loss and scope drift across sessions.

Strategic decomposition breaks a direction into 3–8 machine-verifiable phases with explicit end conditions. Each phase must pass quality spot-checks, regression guards, typechecks, and tests before advancing, ensuring complex migrations proceed safely with enforced verification between sessions.

Yes, longer campaigns can be daemonized for automated continuation. The system creates git stash checkpoints and writes Continuation State, allowing cross-system feature builds to resume automatically while logging telemetry events for lifecycle tracking.

Quality gates enforce verification by running typechecks, tests, regression guards, and anti-pattern scans before advancing. Phase end-condition checks ensure each stage of a long-running refactor meets explicit criteria before the campaign progresses to the next session.

Sub-agent orchestration depends on full context injection and lifecycle event logging to maintain consistency. If a campaign drifts, rollback procedures and Decision Logs support recovery, but complex migrations with inadequate phase decomposition may still suffer from inconsistent quality across delegated tasks.