grace-multiagent-execute

Multi-agent execution coordinates controlled parallel waves using selectable safety profiles (safe, balanced, fast) to manage risk and throughput. It orchestrates planning artifacts, verification, and scoped reviews across waves while enforcing module-local verification before any results are committed.

Module-level verification enforces local validation checks before committing results from each parallel wave. The orchestration process preserves verification context across waves and applies profile-based risk controls to ensure executed modules meet safety requirements before integration.

Yes, parallel GRACE execution requires existing docs/development-plan.xml, docs/knowledge-graph.xml, and docs/verification-plan.xml files. These input artifacts provide the module-level planning and verification context needed to produce execution packets and delta proposals.

Managing risk and throughput during multi-agent execution is best handled through selectable safety profiles like safe, balanced, and fast. These profiles apply per-wave orchestration controls to coordinate planning artifacts and verification according to your project's risk tolerance.

Yes, you can batch shared-artifact synchronization across parallel execution waves. The orchestration mechanism coordinates batched shared-artifact sync alongside verification-plan excerpts and scoped reviews to maintain controlled governance throughout the multi-agent execution process.

Module-local verification before commit requires strict adherence to the existing verification-plan.xml and profile-based risk controls. Limitations arise if shared artifacts are not properly synchronized across waves or if the input knowledge-graph.xml lacks accurate module dependency mapping for delta proposals.