analyze

To generate a build readiness checklist, you need to process your scope and design documents to map acceptance criteria to planned tests and runtime proofs, producing a concrete verification matrix before implementation begins. This ensures requirements traceability and validates completeness.

Acceptance criteria traceability is the process of mapping every requirement to specific design components, planned tests, and runtime verification paths. It prevents incomplete test planning by ensuring full coverage visibility and explicitly separating known truths from scope reduction risks before the build phase starts.

Yes, you can gate an AI coding agent pipeline by converting your scope.md and design.md files into a build-ready readiness checklist. The process outputs a READY or NOT READY verdict based on acceptance criteria coverage, preventing premature implementation.

You can establish a deterministic build order by analyzing your project scope and design documents to sequence implementation tasks logically. This reduces back-and-forth during the BUILD phase by carrying forward a structured execution plan based on acceptance criteria mapping.

The best way to separate truths from scope reduction risks is to explicitly categorize non-negotiable truths and flag potential scope reductions during the readiness analysis. This prevents ambiguity by capturing clarifications separately from actual implementation risks in the output checklist.

Your build phase starts with an incomplete plan because missing acceptance criteria traceability allows ambiguous requirements to pass through. Converting scope and design documents into a testable readiness checklist with explicit verification paths prevents premature implementation.