The security industry has reached an inflection point where AI-powered attacker tooling such as Mythos can turn simple, low-level vulnerabilities into critical threats at machine speed, according to a partner content article published by The Register. The speed of compromise has shifted from months to minutes, forcing a reckoning with existing security posture.
For decades, organisations built security models around human speed, taking 30 days or three months to patch. Automated exploitation has now rendered that cycle obsolete because the remediation window has shrunk from months to hours, sometimes less. The article describes this as the 'Patchpocalypse' era, warning that existing security models are dangerously unprepared.
Many legacy platforms will never be patched, including 40-year-old VAX VMS mainframes used by financial institutions and Windows 98/NT systems driving production lines in manufacturing and utilities. These systems directly control physical safety and operational capacity and cannot be taken offline for a patch cycle. The operational philosophy of security must shift from remediation to isolation, from preventing infection to containing it.
The article argues that survival in the machine-time generation requires embracing true zero trust, with granular policies that segment access down to the individual application or service level. For SIM-connected devices and Operational Technology, every cellular connection should be treated as an isolated micro-segment to prevent attackers from pivoting from low-value assets to high-value systems.