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Dependency scanning with reachability.

Your dev's AI coding agent imports 1000s of dependencies daily. Know which ones can actually be exploited.

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ENTRY POINT COVERAGE

Track every dependency, however it got in.

AI agent imports, CI/CD installs, runtime pulls—O3 sees them all, across every entry point.

o3-security-egress / real-time-monitor
DependencyVersionSource
axios1.6.0
AI Agent
lodash4.17.21
Runtime
glob10.3.10
AI Written
Vulnerability Propagation

Full dependency coverage - direct and transitive.

Detect vulnerabilities across first-party imports and deep transitive dependencies, with call graph analysis at every layer.

Your code
Direct
Transitive
VULNERABILITY TRIAGE

Reachability analysis that goes all the way to the function.

Most security tools stop at the package level, flooding developers with false positives. O3 tracks execution paths deep inside dependencies to flag only what can actually be exploited.

12,847
Total Alerts (100%)
1,285
Reachable (10%)
193
Function Reachability (1.5%)
REMEDIATION SUGGESTIONS

From detection to fix in one step.

Every vulnerability comes with a actionable fix suggestion — the right version, the right change, ready to apply.

package.json
Auto-remediation config ready
BREAKING CHAIN ANALYSIS

Know what breaks before you upgrade.

Breaking chain analysis predicts whether upgrading to the fixed version will break your code — so you can plan the fix, not react to it.

axiosupgrade target
1.6.01.7.0
1 breaking conflict
Impact PredictionSee what functions will break
axios.getsrc/services/api.ts
Safe
axios.createsrc/utils/client.ts
Breaks
axios.postsrc/services/api.ts
Safe

Know your reachable risk. Fix what matters.

Book a demo and see O3 map your dependency exposure — reachability-confirmed, prioritised, actionable.

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FAQ

Questions,
answered.

Everything teams ask before rolling this out. Still stuck? Reach our team.

  • Traditional SCA tools like Dependabot or Snyk Open Source flag every CVE in your dependency tree, including libraries you import but never actually call. A typical enterprise app has 40,000–100,000 transitive dependencies, most of which are never executed. Without reachability analysis, every vulnerable dependency gets flagged regardless of whether your code ever reaches the vulnerable function.
  • Function-level reachability means O3 builds an interprocedural call graph of your application and maps it against the specific vulnerable functions in each CVE. If your code never calls the vulnerable function, directly or transitively, the CVE is filtered out. Only vulnerabilities where a real attack path exists from your code to the sink are surfaced. This cuts alert volume by 95%+ in most codebases.
  • Yes. O3 detects typosquatting, dependency confusion attacks, malicious package injections, compromised maintainer accounts, and build-time backdoors, threats that have no CVE assigned. It monitors package registries in real time and alerts when a dependency changes in ways that suggest tampering, such as new network calls, obfuscated code, or new maintainers.
  • Snyk and Dependabot flag vulnerabilities based on dependency presence alone. O3 adds three layers: (1) function-level reachability to confirm the vulnerable code is actually called, (2) runtime correlation to confirm whether the vulnerable component is loaded in production, and (3) attack-path visualization showing the full chain from entry point to exploit. The result is dramatically fewer alerts with much higher signal quality.
  • O3 integrates natively with GitHub Actions, GitLab CI, Jenkins, CircleCI, and Azure DevOps. It runs as a PR gate that blocks only genuinely exploitable vulnerabilities, dramatically reducing the friction that causes teams to disable security gates entirely.