phase-execution

You can execute an implementation plan phase without scope creep by using an escape hatch detection mechanism that automatically signals when tasks deviate from their scope or breach context thresholds. This ensures disciplined incremental execution and testing.

A disciplined commit protocol for incremental software development enforces a specific commit message format for clarity and traceability. It structures commits during phase execution to maintain clean version control history.

You can detect if an implementation phase is too large by using automatic escape hatch detection during phase execution. It identifies overly large tasks or context threshold breaches early, preventing wasted effort and signaling the orchestrator.

You validate implementation phases against success criteria by verifying all plan requirements are met before reporting completion. The phase execution process handles incremental testing and sends structured return signals to the orchestrator only when validation passes.

Yes, you can use phase execution for isolated git branch implementation tasks. It reads phase requirements, handles incremental execution and testing on the specified branch, and enforces a structured commit protocol before returning completion signals.

You should trigger an escape hatch during phase execution when automatic detection identifies scope creep, context threshold breaches, or phases that are too large. This prevents wasted effort by signaling the orchestrator with clear failure reasons.