AquilaX Security AquilaX performs Software Composition Analysis (SCA) to identify vulnerable libraries, risky transitive dependencies, and license risks across your projects — so you can remediate faster, stay compliant, and keep releases moving.

Most supply-chain risk hides in libraries you didn’t explicitly choose—transitive dependencies pulled in by frameworks. AquilaX maps your dependency graph and flags vulnerable packages early, before they reach production.
Not every CVE deserves the same urgency. AquilaX helps teams focus on the highest-impact issues and the fastest safe upgrades, reducing “upgrade fatigue” and keeping remediation realistic.
License risk can block shipments just as fast as security risk. AquilaX scans dependency licenses, highlights policy conflicts (e.g., copyleft restrictions), and makes it easy to enforce allowed/denied license rules across teams.
AquilaX analyzes manifests, lockfiles, and dependency metadata to identify known vulnerabilities, dependency chain risk, and licensing compliance issues — then turns those results into actions developers can complete quickly.
Many SCA tools overwhelm teams with long lists and unclear priorities. AquilaX helps reduce triage overhead by emphasizing context and the shortest path to a safe state.
AquilaX helps developers answer the questions that unblock action:
Result: faster patch cycles, fewer blocked releases, and governance teams that get consistent, explainable license compliance—without slowing engineering.
AquilaX makes open source risk visible, actionable, and easy to manage in CI/CD. Catch vulnerable dependencies early, enforce license policy automatically, and keep shipping with confidence.
Secure your dependency graph and license posture across repositories, teams, and releases.
Ready to Secure your Software? During the demo, you’ll get exclusive access to AquilaX Ultimate, showcasing its full capabilities in real time. You’ll also have the opportunity to scan any open-source code live and experience its powerful performance firsthand. 🚀