auditing-transitive-vulnerabilities

Transitive vulnerability scanning checks resolved dependency graphs to find CVEs in packages you did not install directly. It uses scanner normalization, dependency-path tracing, and EPSS enrichment to identify which deep supply chain findings actually matter.

Ranking dependency CVEs requires applying reachability analysis and severity-depth ranking to your scan results. Weighing reachability alongside EPSS scores and dependency depth ensures the riskiest transitive vulnerabilities rise to the top for prioritized remediation.

Yes, you can scan lockfiles and SBOMs across npm, Python, Go, Maven, and Cargo. The process applies scanner normalization and dependency-path tracing to identify hidden transitive vulnerabilities when direct dependency checks are insufficient or unclear.

The best way to remediate transitive vulnerabilities is to apply auditable upgrade, override, replace, or suppression options for each top issue. This approach ensures you maintain a defensible fix-or-suppress decision based on severity, reachability, and depth.

A clean direct dependency scan misses transitive CVEs because it only checks packages you installed explicitly, ignoring deep dependency graphs. Tracing full dependency paths and performing reachability analysis uncovers vulnerabilities hidden in nested, indirect packages.

You need reachability analysis when a downstream scanner flags a package you did not install directly or when a clean direct scan feels suspicious. It clarifies actual exposure by determining if vulnerable code paths in transitive dependencies can be executed.