impl-verify

To verify code changes align with requirements, you initiate a multi-round verification that cross-checks requirements, domain knowledge, plans, and engineering standards against the code to prevent regressions and ensure alignment with intent.

Requirements tracing for code correctness is a structured process that traces requirements to code and back, ensuring every change has backing. It operates across requirements, domain knowledge, plan, and engineering standards to converge on zero must-fix findings.

You start a multi-round code verification assessment by triggering the verification command, which initiates the structured assessment to cross-check your implementation against domain rules and design plans, supporting fix-reverification for up to five rounds.

Yes, you can automatically run a business impact analysis after code verification. The verification process auto-hands off to downstream checks such as biz-impact-analysis upon convergence, ensuring zero must-fix findings before triggering.

The best way to enforce design decisions and prevent scope creep is using domain and plan alignment checks. These checks cross-check code changes against domain knowledge and design plans to ensure implementation correctness end-to-end.

Code correctness assessment supports fix-reverification up to five rounds. This multi-round verification process traces requirements to code and back, ensuring every change has backing and converging on zero must-fix findings.