hook-execution

Extracts explicit and implicit constraints from configuration changes and architecture findings to keep an up-to-date constraints register.

Detect performance regressions in code changes by analyzing algorithmic complexity, resource usage patterns, and known anti-patterns.

Analyze and suggest improvements to Newt hook configuration based on project type, team size, and observed execution patterns.

Check project dependencies against known vulnerability databases and flag packages with critical or high CVEs.

Validate deployment configuration and readiness checks before production or staging deployments.

Detect common web accessibility issues (WCAG-oriented) in UI files and suggest deterministic fixes.

Identify circular module dependencies that destabilize builds and violate architectural layering.

Detect oversized classes or modules that violate single-responsibility principles.

Scan query-building code for unsafe string concatenation or unparameterized input handling.

Monitor hook execution patterns, detect failures, and surface health degradation across Git, IDE, and CI/CD hooks.

Validate hook configuration files against the Newt schema and surface errors that would prevent correct hook execution.

Converts recurring review findings and logged risks into structured opportunity statements and backlog items.