RASP Single Sign-On: Continuous Protection Beyond Login

RASP Single Sign-On cuts straight through the noise. It is the lock, the key, and the guard on every request. When you combine runtime application self-protection with SSO, you control identity and defend against attacks in the same heartbeat.

Single Sign-On already streamlines authentication. One set of credentials, multiple systems. But standard SSO stops at the front door. RASP watches every step inside. It inspects calls, runtime behavior, and user actions after authentication. This tightens the gap between access and ongoing security.

RASP Single Sign-On intercepts requests at the application layer. It verifies that the authenticated session is safe in real time, detecting injections, abnormal patterns, and unauthorized calls. It enforces policies directly in the runtime, without relying solely on network perimeter tools. Attack detection and prevention happen inside the application before damage is done.

Integration is straightforward. RASP hooks into your application and ties directly to your identity provider. OAuth 2.0, SAML, or OpenID Connect can supply tokens and session data. RASP then monitors those sessions continuously, blocking suspicious behavior instantly. This closes a common vulnerability where compromised sessions slip past gateway-level checks.

The benefits stack. Reduced credential complexity means fewer passwords to manage. Continuous runtime protection means threats are caught even after login. Audit logs generated by RASP add visibility into attacks that bypass traditional measures. Implementation can be automated and scaled across microservices, APIs, and legacy systems without rewriting authentication flows.

For high-security environments, RASP Single Sign-On is not optional. It enforces trust beyond the moment of login. It ensures that identity, session integrity, and runtime safety stay locked together under constant inspection.

See RASP SSO in action. Deploy it on hoop.dev and watch live protection take hold in minutes.