EQUIFAX WEB SERVER BREACH: News, Analysis, Resources
Eliminate application threats with trusted executionTM
If You’re Chasing Yesterday’s Attacks Your Apps are Vulnerable
Malware tools only spot what they know‒‒not unknown threats.
Memory corruption is at the core of today’s most damaging attacks.
Virsec knows what your apps should be doing and instantly spots deviations.
Virsec understands the DNA of your applications and protects them on all layers.
READ
Featured ContentDeterministic Approach to Application Security
WATCH
Videos & DemosVirsec Live from
Black Hat 2017
LEARN
Hack AnalysisHack Analysis: Deep Dive into NotPetya
Understand Virsec in 3 Minutes
Today’s cyber threats are worse than ever, and require a new approach to security. Learn how Virsec’s patented Trusted Execution delivers unprecedented accuracy and protection against the latest advanced threats to web servers, applications, processes and memory.
Uniquely capable of Detecting Memory Corruption Attacks
Virsec is the first definitive solution for ROP chain attacks and other memory-based attacks. Using a deterministic approach, memory-based attacks can be detected in microseconds, before real damage can happen.
100% Accuracy and No False Positives
Virsec works like no other solution available, using patented technology that provides CPU-level context and visibility on server processes. Using this approach, Virsec is able to detect memory-based and application cyber attacks at a 100% accuracy rate, and without false positives.
Become “Impenetrable” to Data Breach through Applications
Applications are a key vector of compromise for the grand majority of data breaches. To be adequately protected, you must secure your application from the binary memory layer to the web layer where code vulnerabilities exist.
“Virsec’s solution provides an advanced detection mechanism against certain indefensible and previously difficult to detect cyber-attacks.”
Chief Security Architect, Leading ICS/SCADA Application Vendor
What’s Your Exposure to Sophisticated, Memory-Based Hacking?
Click Here to Find Out More