Resources
K2 Vulnerability Detection Solution Brief
Why zero-day attack detection remains an unsolved problem Today’s requirements for an effective hybrid cloud security solution
K2 Platform Solution Brief
Introducing the first deterministic solution for preventing cyberattacks in real time without false positives while simultaneously closing down lateral movement risk
White Paper: How Optimized Control Flow Integrity Revolutionizes Zero-Day Attack Detection
Introducing the first deterministic solution for preventing cyberattacks in real time without false positives while simultaneously closing down lateral movement risk
K2 Article on NIST Security Requirement for RASP and IAST
Introducing the first deterministic solution for preventing cyberattacks in real time without false positives while simultaneously closing down lateral movement risk
Juniper + K2 Solution Brief
Introducing the first deterministic solution for preventing cyberattacks in real time without false positives while simultaneously closing down lateral movement risk
Baha Mar Case Study: K2 + Juniper Integration
Introducing the first deterministic solution for preventing cyberattacks in real time without false positives while simultaneously closing down lateral movement risk
K2+Tenable Solution Brief
Why current solutions are not suitable for public/hybrid clouds Requirements for an ideal solution to protect hybrid cloud app infrastructure
Vulnerability Detection
Why current solutions are not suitable for public/hybrid clouds Requirements for an ideal solution to protect hybrid cloud app infrastructure
Web Application Security
Why zero-day attack detection remains an unsolved problem Today’s requirements for an effective hybrid cloud security solution
Memory Based Attack Protection
Why current solutions are not suitable for public/hybrid clouds Requirements for an ideal solution to protect hybrid cloud app infrastructure
White Paper: How Optimized Control Flow Integrity Revolutionizes Zero-Day Attack Detection
Introducing the first deterministic solution for preventing cyberattacks in real time without false positives while simultaneously closing down lateral movement risk
Web Application Security
Why zero-day attack detection remains an unsolved problem Today’s requirements for an effective hybrid cloud security solution
Memory Based Attack Protection
Why current solutions are not suitable for public/hybrid clouds Requirements for an ideal solution to protect hybrid cloud app infrastructure
Vulnerability Detection
Why current solutions are not suitable for public/hybrid clouds Requirements for an ideal solution to protect hybrid cloud app infrastructure