Pre-Commit Security Hooks and SBOMs: Catching Vulnerabilities Before They Hit Your Repo
Pre-Commit Security Hooks run locally on every developer’s machine. They block commits with known vulnerabilities, sensitive data leaks, or policy violations. By integrating directly into git, they cut off risks at the earliest stage. No pull request reviews wasted, no bad code slipping into main.
SBOMs list every component, version, and dependency in your software. An SBOM lets you respond fast when a zero-day hits. You know exactly where the affected component is, which builds are impacted, and how to fix it. For compliance frameworks like NIST or directives like the U.S. Executive Order on Cybersecurity, SBOM generation is no longer optional.
The strongest approach is to generate and update your SBOM automatically as part of the same pre-commit security process. Every commit becomes traceable infrastructure—you see what changed, why, and its impact on the stack. Combined, pre-commit hooks and SBOMs mean:
- No vulnerable code enters the repo.
- SBOMs are always current, not stale artifacts.
- Incident response time drops from days to minutes.
A practical workflow:
- Install pre-commit security hooks with checks for secrets, CVEs, and licensing.
- Generate or update the SBOM with each validated commit.
- Commit is blocked if risks or compliance issues are found.
- Push is only allowed when the code and SBOM pass all gates.
Security starts before CI/CD. This is where you catch issues when they’re cheapest to fix, before they spread to staging or production environments. With pre-commit security hooks linked directly to SBOM generation, you enforce trust and transparency without slowing down development.
See how this can work in your workflow—install in minutes, ship with confidence. Try it now at hoop.dev.