kiro-spec-design

To translate product requirements into a technical design, you can generate a comprehensive design.md that defines concrete architecture, explicit boundaries, and implementation-ready specifications with requirement traceability.

Requirement traceability in software architecture design links implementation-ready specifications back to product requirements using numeric IDs, ensuring every component contract and file structure plan maps directly to a defined business need.

Structuring a file plan for complex integrations requires boundary-first design generation, producing explicit component boundaries, file structure plans, and test strategies within a draft design.md to guide implementation.

The best way to document technology decisions is logging discovery findings and design rationales to research.md, applying synthesis rules to produce build-vs-adopt decisions and architectural simplifications.

Yes, this approach supports light discovery to gather constraints, external API details, and codebase patterns, shaping the technical design even when preparing extensions for existing systems.

You need a boundary-first design for new features, complex integrations, or extensions requiring risk assessment and rollout notes, ensuring explicit component ownership and type-safety rules before implementation.