Key takeaways
Broken access control is still the biggest payout class
The number one mistake teams still make is assuming route-level auth equals object-level auth. Modern apps expose data through APIs, internal dashboards, edge handlers, and background endpoints that do not always share the same policy path.
Testing should focus on object ownership, tenant boundaries, hidden admin actions, and privilege transitions instead of only checking login screens.
Injection now includes AI and workflow abuse
Classic SQL, command, and template injection still matter, but the modern stack also introduces prompt injection, tool invocation abuse, and trust confusion between user-controlled content and model instructions.
If an application routes untrusted content into summarizers, agents, or model-backed actions, the injection surface is now broader than traditional web forms.
API security deserves its own testing motion
APIs are where authorization mistakes, mass assignment, weak filtering, and stale internal assumptions show up first. That means your testing workflow should include endpoint discovery, schema inference, permission variance tests, and replay against multiple identities.
This is one reason a planner like OMEGA is useful. It can cluster related endpoints and tell the operator where boundary tests are likely to pay off.
- Object-level auth checks.
- Field-level auth and mass assignment checks.
- State transition abuse.
- Tenant boundary validation.
How to operationalize this in CyberMind
CyberMind should expose OWASP testing as route packs, not just categories. Users should be able to choose API boundary testing, auth drift testing, prompt abuse testing, or legacy web injection testing without reading a taxonomy first.
That turns a reference framework into an operator workflow.
