BestDefense.io

Vortex maps every endpoint, API, auth flow, and dependency the moment code ships. Coverage gets rebuilt on each deploy, so it never goes stale between releases. For teams that add endpoints faster than they can track them, this removes the manual inventory step that usually falls behind.

The platform runs live exploit chains instead of matching patterns. It targets SQL injection, auth bypass, SSRF, privilege escalation, and business-logic flaws. If an attack doesn't execute, it never reaches your team, which is the main reason this approach produces less noise than a traditional scanner.

For every confirmed exploit, Vortex writes a stack-aware patch scoped to your code and opens it as a pull request rather than a PDF report. The CI gate blocks any vulnerable build until the patch is merged. That turns a finding into a mergeable change instead of another ticket in a backlog.

After a fix lands, the platform reruns the original exploit against the patched build. If the vulnerability regressed, your team hears about it before production does. This closes the loop that most scanners leave open, where a fix is assumed to work because the alert stopped firing.

Every closed loop generates a timestamped evidence record. These are mapped to SOC 2, ISO 27001, PCI DSS, NIST, and CMMC. Instead of assembling proof by hand each quarter, the records accumulate as you work, which shortens audit prep considerably.

Vortex maps your code as a graph, uses graph-guided analysis to find tainted paths, and proves every path is closed after a fix. In its own example, a taint reaching both a SQL sink and a command-exec sink in a nightly job gets fixed at both points, with each path verified closed.