The code runs. The server hums. But a single unchecked dependency can shatter everything.
RASP Third-Party Risk Assessment is no longer optional. Runtime Application Self-Protection (RASP) works inside the application to watch, detect, and block attacks in real time. Yet when you pull in external libraries, APIs, or SDKs, you extend that watch into unknown territory. Every third-party component becomes a potential attack vector.
The goal of a RASP third-party risk assessment is control. You identify all external components, map their functions, and measure their security posture under actual runtime conditions. Static checks tell you if a library had a vulnerability last month. RASP shows you if that library is leaking data right now.
Start by inventorying all third-party integrations, including open source packages, vendor APIs, and cloud services. Use RASP instrumentation to monitor inputs, outputs, and execution paths from these components during live operation. Look for suspicious behavior patterns: unauthorized data access, malformed requests, unusual execution flows. Cross-reference findings against known CVEs and vendor advisories to assess actual exploitability.