Exploitability-aware SCA beyond dependency presence.
Farion resolves the complete dependency graph and evaluates each vulnerability through vulnerable-function reachability, tainted paths, application context, current threat intelligence, and AI exploitability analysis.
See direct, transitive, source, container, and VM dependencies together.
Farion resolves package-manager dependencies, imports remote SBOMs, and merges container and VM subjects with the source dependency graph. Each component remains connected to the application and service in which it was found.
Determine whether the affected code is actually used.
A vulnerable package version does not prove that the vulnerable function is called. Farion follows application calls into dependency code and records whether the affected function is reachable.
Determine whether controllable input can reach the vulnerable operation.
Farion connects external routes and untrusted inputs to dependency paths. A tainted path adds application-specific evidence beyond package presence and basic reachability.
Evaluate the latest evidence from multiple sources.
Farion combines direct vendor advisories, NVD, OSV, GitHub Security Advisories, CISA KEV, FIRST EPSS, distribution trackers, public exploit information, and other available sources. Intelligence is updated several times per day and every advisory version is retained.
Turn dependency evidence into a reviewable verdict.
Farion’s SCA analysis evaluates dependency usage, reachable functions, tainted paths, application routes, affected versions, fixes, advisories, exploit signals, and supporting code context. The verdict remains connected to the underlying evidence.
Use the same dependency graph for SBOM, VEX, and license analysis.
Generate CycloneDX and SPDX SBOMs, VEX for application dependency findings, license reports, SARIF, PDF, API outputs, Finding History, and Audit Logs.
Your dependency graph does not leave Germany.
Farion is developed in Berlin and certified by the German research-allowance authority (BSFZ) as a research and development project. Reachability, taint paths, and AI exploitability are computed by our security SLMs in Germany — no training on your code. Dedicated and on-premises deployment are available for environments with their own perimeter.
Frequently asked questions
Reachability shows whether the application can call the affected function. Exploitability also considers attacker-controlled input, route context, configuration, advisories, exploit information, and other evidence.
Yes. Container and VM inventories can be imported from CI/CD or collected in a Kubernetes cluster and merged with application source context.
See how Farion works on your application.
Request a guided evaluation or walk through the relevant workflow with our technical team.