Runtime Application Self-Protection
What is Runtime Application Self-Protection?
A security technology embedded within an application that detects and blocks attacks in real time by monitoring the application's behavior from within.
Frameworks that govern runtime application self-protection
What the standards actually require on runtime application self-protection
Requirements naming runtime application self-protection across 2 standards, quoted from the control text.
Security Layer 3 Applications per X.805 Clause 7.3: The Applications Security Layer addresses requirements of network-based applications accessed by service provider customers.
X805-Layer3-Applications-Security-Email-Web-Directory-File-Transfer-E-Commerce-Video · ITU-T X.805 Security Layer 3 - Applications Security + Email + Web + Directory + File Transfer + E-Commerce + Video Conferencing + IM + Office Collaboration + SaaS + B2B EDI + Mobile Apps + APIs →Per OWASP ASVS V10: protect against malicious code. Requirements include (a) integrate static + dynamic + interactive application security testing in CI/CD pipeline + (b) maintain dependency inventory + SBOM + scan for vulnerabilities + license issues + malici...
OWASPASVS-10 · Malicious Code Verification (V10) →Questions people ask about runtime application self-protection
What is Runtime Application Self-Protection?
Why is Runtime Application Self-Protection important for compliance?
Which compliance frameworks address Runtime Application Self-Protection?
Where can I learn more about Runtime Application Self-Protection?
See how Runtime Application Self-Protection applies across compliance frameworks
Our platform maps 686 frameworks with 311K cross-framework control mappings. Explore how this concept is addressed across standards.