AquilaX Security AquilaX Dynamic Scanning tests your application the way attackers do — against a running environment — to uncover vulnerabilities that static analysis can’t see: auth issues, broken access control, injection, misconfigurations, and runtime-only flaws.

A secure codebase can still ship an insecure application if runtime behavior is flawed. Dynamic scanning validates real endpoints, sessions, and permissions to detect vulnerabilities that only appear when the app is running.
Developers need findings that translate into fixes. AquilaX focuses on actionable outcomes: reproduce steps, affected endpoints, severity aligned to impact, and remediation guidance that fits modern CI/CD workflows.
This product is developed in collaboration with OneFirewall Alliance, a leader in the Threat Intelligence space, bringing attacker-informed techniques and real-world detection strategies into your runtime validation process.
AquilaX Dynamic Scanning combines multiple runtime techniques to reduce blind spots and increase confidence before release — without requiring a full pentest cycle for every change.
Run DAST after deployment to a staging environment. Validate authentication flows, crawl critical paths, and test protected endpoints using configured credentials — then gate releases based on severity.
Findings are structured to accelerate remediation: affected endpoint, vulnerable parameter, evidence, reproduction notes, and recommended fixes. That means fewer “security says it’s broken” loops and faster time-to-fix.
Combine code scanning with Dynamic Scanning to validate what actually runs in production-like conditions. Catch runtime vulnerabilities earlier, reduce incident risk, and keep delivery fast.
Developed in collaboration with OneFirewall Alliance.
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. 🚀