Dependency-Check supports dependency risk assessment. Accurate package matching and the vulnerability's effect on real code paths are central to interpreting its reports.
Evaluation approach
Supported ecosystems provide component evidence for matching. Similar package names can cause false matches, so review results.
Application example
Scan a new Java dependency in an Android project and confirm that the finding applies to the version actually used.
Limits and considerations
No CVEs does not make a component risk-free. Unknown vulnerabilities and unsafe usage remain possible.
Limits of dependency matching
Ecosystem support and package metadata affect the quality of links to known vulnerabilities. If a finding is suppressed as a false match, retain the reasoning.
Compare source dependencies with the components in the final package. Protection and optimization may change package contents. Complete the report with an application impact assessment and remediation plan.
Checks and decisions
- Validate matches
- Explain exceptions
- Monitor data freshness
Make the tool part of dependency management. RASP is not an alternative to updating vulnerable components.
Sources
The primary references above provide the technical basis. Example workflows and evaluation suggestions are this publication’s explanations, not independent test results for a particular product.