titan-gate

An automated gate validates staged changes by running codegraph checks and your project's lint, build, and test suite. It prevents faulty commits by providing a pass, warn, or fail verdict and can auto-rollback critical failures.

Codegraph architecture validation analyzes your patch to detect dependency cycles, calculate blast radius, and enforce architecture boundaries. This ensures staged changes do not violate structural integrity before entering the commit history.

You can auto-rollback a commit by applying a gate-style workflow that automatically reverts staged changes if critical checks fail. This keeps your repository safe by ensuring faulty code never persists in the branch history.

Yes, you can enforce architecture boundaries and prevent dependency cycles by running codegraph quality checks on the staged patch. The gate evaluates the changes and blocks the commit with a fail verdict if structural violations are detected.

Yes, the gate validates staged changes without external dependencies, optionally leveraging local scripts, references, or assets when present. It uses frontmatter-defined metadata for discovery and relies on your project's own lint, build, and test suite.

A limitation of gate-style commit validation is that auto-rollback only triggers when critical checks fail, meaning warnings pass through. Additionally, it relies entirely on your project's existing lint, build, and test suite to detect regressions accurately.