workflow

You orchestrate multi-phase tasks across distributed agents by dispatching each phase as a subagent and enforcing progression through hooks-driven validation and on-disk state persistence. This guarantees deterministic phase advancement from planning to finalization.

The Ralph loop pattern for workflow orchestration is a mechanism that uses Stop and SubagentStop hooks to gate task progression. It reinjects loops based on strict validation, ensuring deterministic state advancement across distributed subagents.

You enforce deterministic progression in automated phase-dispatch workflows by relying on on-disk state persistence and phase-specific orchestrator prompts. Hooks validate each phase before gating and reinjecting the loop to coordinate subsequent subagent tasks.

Yes, you can use subagent dispatch for planning, implementing, testing, and finalizing large tasks. The workflow coordinates these phases across distributed agents, using strict validation and state advancement to ensure robust task completion.

No, workflow orchestration requires no external dependencies to manage robustness in dynamic environments. It relies entirely on built-in hooks, phase-specific orchestrator prompts, and on-disk state persistence to validate and coordinate distributed agents.