dep-vuln

Scanning dependencies for vulnerabilities across npm, pip, Go, Ruby, and Java involves checking package manifests against multiple CVE data sources. This process identifies known security flaws and assigns CVSS scores to prioritize your patching efforts.

Generating an SBOM in CycloneDX or SPDX formats requires analyzing your project dependencies to produce a standardized list of components. This output satisfies contractual compliance needs and provides a detailed inventory for security audits.

Enforcing license compliance involves scanning dependencies to detect copyleft or unlicensed packages before release. Applying license policy checks in your pipeline blocks non-compliant components and prevents legal risks associated with unauthorized software distribution.

Yes, you can integrate vulnerability scanning into CI pipelines to block releases when critical findings are detected. This automated approach ensures patch management SLAs are met and prevents vulnerable dependencies from reaching production.

Supply-chain attack prevention works by auditing dependencies for typosquatting, dependency confusion, and malicious postinstall scripts. This mechanism identifies and blocks compromised packages before they can execute harmful actions in your environment.

Triageing CVEs with CVSS scoring requires a tool that maps vulnerability data to your project dependencies. This assessment generates a patch plan based on severity, ensuring your patch management SLAs are satisfied for production releases.