It’s no surprise that AI has altered the technology landscape and added more complexity for IT teams. And when it comes to vulnerability management and patching, scheduled security is now outpaced by AI-detected vulnerabilities. This new complexity means our traditional, time-bound routines have become a liability—creating a lag time between threat discovery, containment, and remediation.Anthropic’s recent Project Glasswing update proves what security teams have known for a while: The traditional patch cycle simply doesn't work when exposures are discovered at machine speed. Anthropic st
Future historians will remember spring 2026 as the dawn of AI-driven security vulnerability reporting. On April 7, Anthropic announced a preview of its Claude Mythos AI model, made available to select companies as part of Project Glasswing. The initiative claimed it had discovered thousands of high and critical severity vulnerabilities across the open source ecosystem. Three weeks later, the Xint initiative announced a Linux kernel local privilege escalation vulnerability it named Copy Fail. A few days later, the world woke up to another vulnerability named Dirty Frag, and then another named F
After announcing the AMD EPYC 8005 "Sorano" series back in February, AMD recently began shipping these Zen 5 successors to the EPYC 8004 "Siena" line-up. With the EPYC 8005 product stack ranging from 8 to 84 cores and being drop-in upgrades for EPYC 8004 servers after a BIOS update, these are quite some interesting processors for those after a single socket, performant server. Up today are benchmarks of the EPYC 8635P as the flagship 84 core Sorano CPU.