Enterprise Security Tech

NVIDIA has launched the Open Secure AI Alliance, bringing together Microsoft, Cisco, CrowdStrike, Palo Alto Networks and other technology companies to develop open tools for securing artificial intelligence systems. The initiative arrives as enterprises rapidly deploy autonomous AI agents that can access corporate data, execute software commands and interact with critical business systems. That access creates a security problem that conventional model testing and static guard

Chainguard says its Athena coalition has processed more than 40,000 open source vulnerability findings in three weeks, highlighting how AI is changing the speed and scale of software security. Chainguard is expanding Athena, its industry coalition for coordinated open source software defense, as the cybersecurity world races to adapt to a new vulnerability landscape shaped by frontier AI models, automated exploit discovery, and increasingly compressed response windows. The Ki

The White House’s new artificial intelligence executive order is focused heavily on national security, frontier model testing and AI-powered cyber defense. For businesses, however, its broader message is difficult to ignore: AI systems should be tested, monitored and governed before they become deeply embedded in critical operations. The order directs federal agencies to develop classified benchmarks for evaluating the cyber capabilities of advanced AI models. It also propose

The European Commission has unveiled a pair of sweeping initiatives designed to strengthen Europe's digital independence, targeting two of the most strategically important technology sectors powering artificial intelligence and modern economies: cloud infrastructure and semiconductors. Announced today, the proposed Cloud and AI Development Act (CADA) and Chips Act 2.0 represent the latest phase of the European Union's effort to reduce reliance on foreign technology providers

As automotive systems and industrial devices continue their shift toward software-defined architectures, a longstanding security gap is becoming harder to ignore. Critical protections like secure boot validation and firmware integrity checks often arrive late in the development cycle, typically after physical hardware is available. That delay has left development teams exposed to costly rework, integration risks, and potential vulnerabilities that slip through too late to fix