SCA built for AI-speed development
How SCA with Reachability works
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See function-level reachability in a few clicks
FAQs
Instead of asking whether a vulnerable library is present, reachability asks whether the vulnerable function is actually callable in your application. Endor Labs analyzes this at the function level across direct and transitive dependencies.
Function-level reachability cuts SCA findings by 92% by filtering out vulnerabilities that aren't callable in your code, so developers focus on what's exploitable.
It scans source code as ground truth to catch transitive dependencies, phantom dependencies, and AI models and services that manifest-based tools miss entirely.
It tells developers which upgrades are safe and which introduce breaking changes before the work starts, bundles related fixes into automated pull requests, and can patch transitive dependencies at build time when an upgrade isn't practical.
Yes. It builds a complete inventory including AI models and exports SBOM and VEX documents that meet FedRAMP, PCI DSS, and other requirements.
It combines reachability with EPSS, fix availability, and production context, and draws on proprietary CVE annotations going back to 2018 to rank the findings that matter most.
Code without compromise.
