kiro-review

To verify code changes against requirements, you can submit task details, diffs, and supporting evidence to obtain an objective APPROVED or REJECTED verdict. The review formalizes task verification by assessing implementation alignment, enforcing boundary constraints, and detecting hidden dependencies.

Boundary auditing is the process of enforcing design constraints to detect scope drift and hidden dependencies during task verification. You need it for post-implementation readiness checks, remediation reviews, and pre-acceptance validations across software projects requiring alignment verification.

To perform a pre-acceptance validation, submit the task details, code diffs, and verification evidence for review. The process assesses the implementation against approved requirements and design boundaries, returning a binary verdict with mechanical findings, severity levels, and mandatory remediation guidance.

Yes, diff analysis is used to enforce boundary constraints and detect hidden dependencies or scope drift. By comparing code changes directly against approved requirements and design boundaries, the review identifies misalignments and returns structured mechanical findings.

Automating quality assurance reviews requires submitting task details, diffs, and verification evidence to produce a structured binary verdict. This approach formalizes objective task verification by assessing implementations against approved requirements, enforcing boundaries, and generating mandatory remediation guidance.

A readiness check returns a REJECTED verdict when the implementation violates approved requirements or design boundaries. The review identifies scope drift and hidden dependencies through diff analysis, providing mechanical findings with severity levels and mandatory remediation steps to resolve the issues.