Pain Point Rasp

Rasp hits fast, and it hits hard. You see errors stack up. Latency spikes. Logs fill with noise. You know the cause hides in runtime, but static scans tell you nothing.

Runtime Application Self-Protection — RASP — was built for this exact moment. It lives inside the application. It watches every request, every query, every call. It detects attacks as they happen. Then it stops them, without waiting for a patch or a redeploy.

The pain point isn’t just detection. It’s trust. Can RASP handle high throughput? Will it protect against zero-days? Can it run without breaking production? Effective RASP answers yes to all of these. It hooks deep into code execution, maps behavior, and blocks malicious payloads before they hit your core logic. You get visibility that WAFs and scanners cannot match.

Choosing the right RASP means looking at speed, memory profile, language support, and integration path. The wrong fit adds friction and increases downtime. The right fit clears the bottleneck. It makes runtime security part of your deployment pipeline, with no weak link between commit and execution.

Pain Point Rasp is a sign to act now. Every second spent chasing false positives is a second attackers use to move deeper. Deploy RASP where it matters most — inside the app, in real time.

See how you can eliminate your Pain Point Rasp with hoop.dev. Spin it up and watch it live in minutes.