Dependency Health Check

Checking dependency health involves evaluating CVE exposure, version freshness, and license compatibility from manifest files like package.json and go.mod. This generates a comprehensive health report, a risk-scored upgrade priority matrix, and an SBOM to guide remediation.

Yes, you can scan Python dependencies by processing requirements.txt and pyproject.toml manifest files. The analysis assesses CVE exposure, version freshness, and license compatibility to produce a comprehensive health report and a risk-scored upgrade priority matrix.

An SBOM is a Software Bill of Materials listing all software dependencies for compliance and transparency. You need to generate an SBOM when assessing dependency health to proactively manage security vulnerabilities, license compatibility, and maintainer risk in your project.

Yes, dependency health checking works with go.mod and package.json manifest files. It processes these files to assess CVE exposure, version freshness, maintainer risk, and license compatibility, generating a comprehensive health report and an SBOM.

The best way to prioritize software dependency upgrades is to generate a risk-scored upgrade priority matrix. This matrix evaluates CVE exposure, version freshness, and maintainer stability from your manifest files to guide remediation efforts effectively.

You should assess maintainer risk to identify unreliable maintainers and mitigate potential disruptions to your software supply chain. Evaluating maintainer stability alongside CVE exposure and license compatibility helps proactively secure dependencies and prevent production issues.