What is VSP?
Virsec Security Platform (VSP) delivers deterministic, Zero Trust runtime protection for applications and host workloads across Windows and Linux. Unlike traditional security tools that rely on signatures or behavioral heuristics, VSP enforces a positive security model, validating the runtime execution of authorized processes, libraries, and dependencies. This approach stops malicious code execution—including fileless attacks and zero-day exploits—with zero dwell time.
Patchless Mitigation: Eliminate Emergency Patching
VSP neutralizes exploits at runtime, before vulnerabilities can be weaponized. This means organizations can achieve patchless mitigation, reducing Mean Time to Remediation (MTTR) to zero and eliminating the operational burden of emergency patch cycles. Even when vendor patches are unavailable or delayed, VSP ensures workloads remain protected.
🛡️ VSP's Full-Stack Protection
Virsec provides layered defense against advanced threats:
Host Protection & Executable Allowlisting
Only trusted executables (processes, libraries, scripts) are permitted to run. Deviations are blocked in real time, preventing unauthorized binaries from executing.Application Control Policy (ACP)
Enforce parent-child process controls, command-line restrictions, and allow/deny lists to stop living-off-the-land techniques and remote code execution attacks.Memory Exploit Protection (MEP)
Prevents code injection, process hollowing/Doppel ganging, and credential dumping (e.g., LSASS). Enforces control-flow integrity and blocks exploits without signatures.
🔗 VSP + Ottoguard
VSP integrates with OTTOGUARD.AI to deliver centralized visibility and operational intelligence:
Monitor probe status and deployment health
Analyze incidents with vulnerability context
Assess PROTECT mode readiness
Track vulnerabilities neutralized by VSP
Generate dashboards and compliance reports
Together, VSP and OTTOGUARD.AI enable patchless runtime protection, ensuring vulnerabilities are mitigated instantly achieving zero MTTR and minimizing exposure even in unpatched environments.
Key Differentiators
Deterministic protection: Stops attacks at the moment of exploit
Zero dwell time: No opportunity for lateral movement
Patchless mitigation: Neutralize vulnerabilities without waiting for patches
Positive security model: Enforce what’s allowed, block everything else