rb-assess-plan-safety

To verify coding plan safety before automated execution, perform a rigorous safety assessment that validates deterministic preflight conditions like policy bindings and conducts a deep semantic review of potential side effects to ensure strict adherence to project policies.

Semantic plan fidelity assessment is a deep, isolated review process that validates transitive behavior and potential side effects of a coding plan to ensure the plan is safe to execute and statically verifiable against success criteria.

You validate capability profiles and policy bindings against strict schemas through deterministic preflight checks, which enforce rigorous validation of plan versions and capability grants before any semantic analysis occurs in automated workflows.

Yes, you need pydantic and pydantic-ai-slim dependencies to assess schema-3 plan validation, perform policy-aware snapshot analysis, and generate immutable assessment bundles within automated software development workflows.

Use a preflight safety assessment gate for infrastructure changes before running complex automated refactoring to confirm the plan adheres to project policies and all success criteria are statically verifiable, preventing the execution of unsafe or ill-defined coding plans.