Veracode Package Firewall: Why & How to Use
Why use Veracode Package Firewall?
- Block threats before they land in your codebase. Intercept risky packages at install time—malware, typosquats, dependency confusion, license issues, and more.
- Enforce organization-wide policies consistently. Start with common controls and tailor rules to your risk profile; apply them across teams and projects.
- Works where you work. Support for major ecosystems (e.g., npm, PyPI, Maven, NuGet, Go modules, RubyGems, Cargo) and proxy/repo setups.
- Reduce friction, not velocity. Run in warn/audit mode first, provide clear feedback to developers, and streamline exceptions when business-critical.
- Gain visibility and auditability. Logging, notifications, and review workflows help Security & Compliance track decisions and outcomes.
What does this unlock for me & my team?
- Proactive supply-chain defense. Gate unsafe components before they enter repos or pipelines, reducing downstream risk.
- Developer-friendly governance. Real-time, actionable guidance in the install path; fast, trackable exceptions when needed.
- Cleaner SCA/ASPM signals later. Fewer surprise findings post-merge—less rework and fewer emergency patches.
- Policy coverage on day one. Toggle common safeguards (malware indicators, suspicious publishing patterns, license constraints, package age, etc.).
- One control plane, many ecosystems. Apply consistent rules across multiple languages and repositories to standardize practices.
How: Paths to Success
Guide Links:
- 🏁 Getting Started Guide (Start here)
- 🧭 Secure the SDLC with Veracode (where we fit, end-to-end)
- 🧑💻 Application Security Testing Developer Workflow (scan → fix → verify)
- 🧩 IDE Scanning (find flaws while you code)
- 🔁 Repo / CI Scanning (automate scans in your pipelines)
- 🛡️ Package Firewall (block risky open-source dependencies)
- 📊 Veracode Risk Management (VRM) (prioritize, track, report)
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