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Supply Chain

We find vulnerable and malicious dependencies by understanding what's reachable and exploitable in your environment.

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Supply-chain threat model showing a vulnerable dependency and its reachable attack path.
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How depthfirst handles dependencies.

Determine whether a dependency is actually exploitable

depthfirst traces execution paths from your code, through the full transitive dependency tree, down to the vulnerable function or symbol, so teams can focus on the issues their application can actually reach.

Dependency finding showing direct, transitive, and deeper transitive nodes with reachability status.

Analyze dependencies in the context of your code

Supply chain scanning runs on the same Component Graph as code scanning, so a vulnerability in a shared library is assessed in the context of every service that imports it.

Dependency analysis comment with a suggested parameterized-query fix.

Validate exploitability with agentic pentesting

Agentic pentesting confirms whether a reachable dependency vulnerability can actually be exercised in a running application.

Agentic pentesting scan running against a web application to validate a dependency vulnerability.

Designed for flexibility

PR-level scanning

Dependency changes are analyzed for reachability before merge, directly in the pull request workflow.

Unified findings view

Supply chain findings appear alongside code findings in a single queue with the same evidence format and triage workflow.

Prioritized by reachability

Findings are ranked by whether the vulnerable path is actually called by your application, giving your team clearer signal on what to fix first.

Actionable next steps

Each finding includes the reachability verdict, the full dependency path, and upgrade guidance your developers can act on immediately.

Explore products

  1. Code

    Find real vulnerabilities by tracing business logic, data flows, and cross-service interactions across your codebase.

    Replacing Traditional SAST

    depthfirst reasons about business logic and cross-service data flows the way a security engineer does, so the only findings you see are the ones that are genuinely exploitable.

  2. Dependency Firewall

    Detect malicious behavior before it spreads through your environment.

  3. Agentic Pentesting

    Confirm which vulnerabilities are exploitable by testing your running application with real attack paths.

    Replacing Manual pentesting, Traditional DAST

    depthfirst attacks your running applications continuously, proving at runtime which vulnerabilities are actually exploitable and re-testing every fix after merge.

  4. Secrets & Sensitive Data

    Detect and validate credentials across your codebase, CI/CD pipelines, and runtime environments.

Secure on depthfirst

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