The server was down again. Authentication was the bottleneck.
Keycloak RASP changes that.
Most teams know Keycloak as the trusted open-source identity and access management platform. It handles login, single sign-on, roles, tokens, and identity brokering. But when attackers slip through layers or exploit zero-days, the lock on the door isn’t enough. That’s where Runtime Application Self-Protection (RASP) for Keycloak comes in.
Keycloak RASP is about defending the engine while it’s running. Instead of relying only on perimeter tools or static scans, RASP lives inside the Keycloak process, watching every byte of activity, blocking threats in real time. SQL injections, path traversal, session hijacking—these get stopped as they happen. You reduce dwell time to zero.
Nothing changes for your developers. No heavy rewrites. No fragile integrations. An optimized Keycloak RASP can inspect requests, analyze behavior, and enforce rules without slowing down authentication. The protection runs inline, shaping security around actual app logic instead of just traffic patterns. This closes the gap between IAM and runtime security, making the whole system resilient.
You want low false positives. You want rapid deployment. You want to see risks neutralized without breaking user flow. Keycloak RASP delivers that when it’s engineered the right way—deep hooks into Keycloak internals, minimal performance cost, and real event visibility for the security team.
When identity control is critical, adding real-time, self-protecting security to Keycloak isn’t optional—it’s the next step. See it live in minutes with hoop.dev.