Adaptive Defense Architect
NVIDIA’s new alliance with Akamai, Forescout, Siemens, and other cyber leaders is quietly embedding AI and zero trust security into the world’s most critical infrastructure. Explore how this coalition is raising the bar for industrial cybersecurity.
Oscilloscopes have evolved from simple waveform viewers to powerful math engines, with built-in calculus functions now enabling real-time analysis of capacitors and inductors. This investigative feature explores how these advances are transforming the way engineers and cyber sleuths interpret signals and solve electronic mysteries.
Industrial deception is evolving beyond honeypots, with high-fidelity decoys luring attackers and safeguarding critical infrastructure. Discover how these tactics work, where they're most effective, and why integrating them with asset visibility and segmentation is crucial for safe, proactive defense.
Legacy LonTalk protocols, still embedded in modern building management systems, are exposing critical infrastructure to new cyber risks. Claroty Team82's investigation reveals how these outdated technologies, now connected to the internet, could become prime targets for attackers.
Sophisticated attackers are quietly embedding themselves in industrial and energy networks months in advance, setting the stage for potentially catastrophic disruptions. Team Cymru and recent real-world incidents highlight the urgent need for intelligence-driven, proactive defense in critical infrastructure.
Foxveil is a sneaky new malware loader that hides its payloads on trusted platforms like Cloudflare, Netlify, and Discord, making detection difficult and signaling the future of stealthy cyberattacks.
A wave of newly identified cyber threat groups is targeting the operational technology that powers critical infrastructure worldwide. From exploiting edge devices to sophisticated social engineering, these attackers are reshaping the risks to utilities, manufacturing, and beyond.
A deep dive into the mounting cyber risks facing industrial control systems in 2026, where aging infrastructure meets advanced threats and resilience is the new imperative.
Dragos’s latest annual report exposes a dramatic shift: cyber attackers are no longer just breaching networks—they’re learning to control and disrupt the very machinery that powers industry.
A deep-dive autopsy of 15 failed Battle Born lithium batteries exposes a spectrum of alarming defects—shattering the myth of guaranteed safety for LFP power users.