OWASP : open-source SBOM management platform

OWASP Dependency-Track is one of the most popular and widely adopted open-source SBOM management platforms available today (as of March 2026). It’s a flagship project under the OWASP Foundation, designed specifically for continuous analysis of software supply chains using Software Bills of Materials (SBOMs).

What It Is

Dependency-Track is an intelligent Component Analysis platform that helps organizations identify, track, and reduce risks from third-party and open-source components. Unlike traditional SCA tools that scan code at build time, it takes an SBOM-first approach: ingest SBOMs (primarily in CycloneDX format, with SPDX support via conversion), maintain a central portfolio view, and continuously monitor for new vulnerabilities, license issues, or policy violations — even long after deployment.

It acts as a central repository for your organization’s components across all projects, applications, containers, OSes, firmware, and more. This makes it ideal for large-scale vulnerability management, compliance (e.g., EU CRA, U.S. federal SBOM requirements), and rapid impact assessment during supply chain incidents.

Key Features (Current as of v4.13 series in 2026)

• SBOM Ingestion & Production — Consumes and produces CycloneDX SBOMs (v1.4+); supports VEX (Vulnerability Exploitability Exchange) for stating “not affected” or mitigated issues.
• Vulnerability Detection — Integrates with multiple sources including:
  • NVD (National Vulnerability Database)
  • GitHub Advisories
  • OSS Index (Sonatype)
  • OSV
  • Snyk (optional)
  • VulnDB (optional paid)
• Portfolio-Wide Tracking — Monitors component usage across every version of every project/application. Quickly answer: “Which of our 500+ apps use this vulnerable Log4j version?”
• Policy Engine — Define and enforce security, operational, and license policies (e.g., ban GPL licenses, require no critical vulns in prod). Global violation views and tag-based filtering (enhanced in recent releases).
• Risk Prioritization — Tracks metrics like EPSS (Exploit Prediction Scoring System), reachability (via integrations), and business context via tags/projects.
• Alerts & Notifications — Real-time intelligence streams, webhooks, Slack/email alerts for new findings.
• API-First Design — Robust REST API for automation, CI/CD integration (Jenkins plugin, GitHub Actions, Azure DevOps extensions, etc.).
• Internal Components Support — Mark in-house libraries as “internal” so they’re skipped for external vuln checks.
• Dashboard & Search — Web UI with searchable components, projects, vulnerabilities, and audit views.
• Other — Supports full-stack (apps, libs, containers, OS, firmware, hardware, services); deduplication; historical tracking.

Deployment & Setup

• Fully self-hosted — Runs via Docker (recommended: single-container bundled or multi-container with PostgreSQL backend for scale).
• No SaaS version — You host it (on-prem, cloud VM, Kubernetes, etc.).
• Latest Version — v4.13.6 (November 2025 patch release); v4.14.0 is upcoming based on community meetings (focus on telemetry, UI improvements, and groundwork for v5).
• Documentation — Excellent and up-to-date at https://docs.dependencytrack.org/
• GitHub — https://github.com/DependencyTrack/dependency-track (active, 6k+ stars, regular releases).
• Official Site — https://dependencytrack.org/ (main landing page) and OWASP page: https://owasp.org/www-project-dependency-track/

Docker setup

docker run -d -p 9090:8080 –name dtrack dependencytrack/bundled

Who Uses It & Why It’s Great for Large Orgs

It’s free (Apache 2.0 license), community-driven, and scales well for enterprises:

• Many Fortune 500, government, and DoD-adjacent orgs use it.
• Perfect starting point if you’re avoiding commercial costs — ingest SBOMs from cdxgen/Syft/Trivy in CI/CD, let Dependency-Track handle enrichment and alerting.
• Reduces “report overload” by centralizing everything into dashboards, queries, and prioritized alerts — no need for teams to read raw SBOMs.
• Strong integrations: Jenkins, GitLab, Azure DevOps, DefectDojo, etc.

Limitations to Note

• No built-in reachability analysis (you’d layer tools like Google OSV or commercial SCA for that).
• Relies on external vuln feeds (e.g., NVD delays can occur, though mitigated by multiple sources).
• Self-hosting means you manage updates, backups, scaling, and security of the instance.
• For very advanced features (e.g., supplier portals, automated remediation workflows), some orgs layer it with commercial tools or build custom extensions.