RASP self-hosted deployment strips away dependency on external services. You control every byte in every function, monitoring and blocking attacks from inside the application at runtime. No delays. No blind spots.
Why RASP Self-Hosted?
Runtime Application Self-Protection (RASP) watches the app from the inside, analyzing each request, each execution path, and reacting before damage. Deploying it self-hosted puts the detection logic in your own infrastructure. It runs where you run, under your security policies, without sending data to a third party.
Core Advantages
- Full data sovereignty: Logs, payloads, and telemetry never leave your environment.
- Consistent performance: Minimal latency added since RASP operates locally.
- Custom rules: Adapt protection patterns instantly to your stack.
- Offline capability: Security that works even when the network is unstable or segmented.
Deployment Architecture
The process is direct. Provision your servers or containers. Install the RASP agent or library into your application runtime. Configure hooks for HTTP, database, and file system operations. Run baseline tests to measure overhead. Roll out to staging. Monitor metrics. Move to production when thresholds meet your SLA.