implementing-runtime-application-self-protection

Deploy OpenRASP by attaching the agent to your Java web application, which requires Java 8+ or Python for framework hooks. Verify successful deployment by checking that the RASP status endpoint shows a healthy deployment.

Yes, runtime application self-protection supports Python web frameworks including Flask and Django. It uses middleware hooks to embed RASP agents, enabling in-app attack detection and blocking without relying solely on external network controls.

Configure RASP detection policies by defining rules for OWASP Top 10 attacks within the agent settings. You can tune these detection policies and configure alerting to minimize false positives while blocking live in-app attacks.

Yes, runtime application self-protection integrates with SIEM systems to enable centralized policy management and incident response. It outputs structured audit reports and attack analytics, allowing security teams to monitor detected in-app attacks centrally.

Runtime application self-protection (RASP) embeds agents directly inside applications to detect and block live attacks. You need RASP when reducing reliance on external network controls is required, providing deeper in-app context for attack detection.

RASP deployment requires JVM attachment for Java applications to inject the OpenRASP agent directly into the runtime environment. This allows the agent to monitor execution flow and block in-app attacks at the application layer.