requirements-engineering

To convert an intake brief into testable requirements, the system identifies and documents precise constraints from discovery inputs to guide implementation. It produces a prioritized requirements document with acceptance criteria references and traceability to user needs.

Requirements traceability links generated requirements back to original user needs and upstream problem-frame artifacts. You need it to preserve open questions and non-goals during design, ensuring risk management and continuous stakeholder visibility throughout implementation.

Yes, generating a prioritized requirements document from multiple upstream inputs is explicitly supported when starting from intake-brief, problem-frame, or design-direction artifacts. It processes these combined discovery inputs to produce a unified, testable requirements specification.

Documenting non-goals and open questions for risk management happens during requirements translation from approved upstream direction. The generated requirements-doc preserves these constraints explicitly to maintain traceability and set clear boundaries for architecture and implementation.

Yes, requirements engineering works without a formal design direction artifact by accepting an approved intake-brief or problem-frame as the primary input. It translates whatever upstream discovery inputs are available into clear, testable requirements with acceptance criteria.