kiro-spec-design

To convert product requirements into a technical design, you need a process that defines boundaries, file structures, and component contracts. This ensures your feature specifications are implementable and maintain type-safety constraints for engineering teams.

Requirements traceability in software architecture design maps product requirements directly to technical implementation decisions. It ensures every architectural choice, boundary definition, and component contract satisfies a specific requirement and passes review-gate validation.

Generating technical specifications for a feature extension requires running discovery workflows, synthesizing codebase analysis, and drafting file structure plans. This produces an architecture-ready design document enforcing type-safety and boundary-first principles.

Yes, you can run a minimal discovery process for a simple CRUD feature design. This lightweight approach performs basic codebase analysis and risk assessment to quickly generate component contracts and test strategies without extensive external research.

To ensure your technical design passes review-gate validation, apply boundary-first principles and verify requirements traceability. Confirm readiness by checking component contracts, test strategies, and type-safety constraints before finalizing the design document.

The best way to structure component contracts and test strategies is to synthesize discovery research and apply boundary-first principles. This approach captures discovery rationale, enforces type-safety, and ensures architecture-ready artifacts are reviewable.