ralph

Persistent task completion uses a state-management loop that repeats work across iterations until finished. It preserves progress through context snapshotting and prevents silent failures by requiring explicit verification gates before finalizing.

Architect verification is an explicit sign-off gate confirming that iterative development meets strict finish criteria. It prevents partial or incorrect results from being finalized by requiring formal approval before a task loop completes.

Preventing silent failures during parallel delegation requires structured state tracking and explicit verification gates. These mechanisms guarantee that background execution operations are formally validated before the workflow proceeds.

Context snapshotting is needed for multi-step planning tasks that run across multiple iterations or background operations. It captures the current state to guarantee recovery from partial results and prevent progress loss during long-running execution.

Yes, this task persistence approach works without external dependencies. It uses an internal state-management loop to handle background execution and parallel delegation natively, ensuring iterative workflows complete without requiring additional packages.

The best way to structure an iterative workflow with strict finish criteria is using a persistence loop with explicit verification gates. This ensures formal architect sign-off is required before completion, preventing silent failures in multi-step development.