prd-compliance-validator

To validate code against PRD requirements, supply the PRD and codebase to a validation engine that dynamically extracts MUST and REQUIRED statements to build runtime rules for compliance reporting.

Dynamic requirement extraction works by parsing PRD content to identify MUST and REQUIRED statements, architectural constraints, and mandatory features, then building generic validation rules at runtime without hardcoded checks.

Yes, you can use generic validation rules for post-implementation code review by applying a runtime engine that assesses new code against PRD statements dynamically, without relying on specific tools or hardcoded integrations.

The best way to check software compliance without tool-specific integrations is using a generic validation engine that dynamically extracts PRD requirements and reports violations with suggested remediations.

Yes, PRD compliance validation works across multiple repositories by applying post-implementation assessments to evaluate new code against PRD statements, architectural constraints, and mandatory features dynamically.

You need to run a PRD compliance validator during post-implementation phases to verify that implemented software features conform to the Product Requirements Document and identify any drift between design and delivery.