Virsec protects from the inside, understanding what apps are supposed to do, and making sure they never get derailed – regardless of external threats, vulnerabilities, ransomware, or zero-day attacks.
Enterprise Application Protection
Complete protection for business-critical workloads
Top-to-Bottom, End-to-End Protection
Only Virsec secures the full stack of enterprise applications across the Host, Memory and Web levels, detecting and stopping real attacks within milliseconds, at every step of the attack kill chain.
Protect ALL Your Applications
Leave No Apps Behind
Secure all the apps that run your business — custom, off-the-shelf, legacy, industrial controls and more.
Secure the FULL Workload
Top to Bottom — End to End
Protect all application layers – host, memory, web, processes, and file systems.
Defend Apps on ANY Platform
Security Travels with Your Apps
Security Travels with Your Apps Protection that stays with your apps, in on any platform or hybrid environment.
Mapping What’s Allowed – Stopping What’s Not
Virsec patented AppMap® technology automatically profiles all critical application resources, including files, scripts, binaries, and libraries. This positive security model only allows authorized processes to execute, and instantly detects and stops any deviations caused by attacks during runtime.
Deterministic Approach Reduces Costs
Virsec positively identifies real attacks without prior knowledge or guesswork. With unprecedented speed and accuracy, Virsec dramatically reduces analysis and OPEX costs.
Zero-Day Detection, Instant Response
The Virsec security platform recognizes any deviation or exploits in enterprise applications, without signatures or prior knowledge and reacts immediately to stop attacks in their tracks.
Reduces Patch Urgency
Patching is important but needs to happen on your timetable. Virsec bridges the security gap between zero-day threats and the weeks to months it can take to patch applications.
Application Control & System Integrity Assurance
Virsec maps all acceptable files, processes, libraries, and memory usage, and maintains the integrity of critical workload resources.