Automated systems within the command-and-control infrastructure are currently processing and categorizing thousands of stolen archives, using specific naming conventions that link machine names to time-stamped files. This unprecedented level of organization underscores the sheer scale of the StopAndProtect operation, a campaign that has
Unmasking the Technical Challenges of Kernel-Level Persistence When a state-sponsored threat actor successfully embeds its operations within the very foundation of an operating system, the boundary between legitimate system activity and malicious intrusion effectively dissolves. Traditional security frameworks often rely on the assumption that the

As organizations distribute workloads across multiple cloud providers, the security model built around network boundaries becomes a liability. The perimeter that once separated trusted from untrusted no longer holds. A sprawling network of user accounts, service accounts, AI agents, and automated systems replaces it, each carrying credentials that represent a potential point of failure. This

Cyberattacks are outpacing the defenses built to stop them. Attackers now operate with automation and precision that reduces the window between intrusion and business damage. This shift is happening faster than any manual process can respond. This article explores why autonomous defense has become a security baseline and what that shift demands from organizational leadership. The Agentic Shift:

The relentless persistence of high-stakes cyberattacks on digital asset exchanges has finally met its match in a sophisticated layer of machine intelligence capable of reading code with superhuman precision. The strategic partnership between Payward and Anthropic represents a pivotal moment in this evolution, as the industry moves away from reactive firefighting toward a machine-scale proactive defense. By integrating advanced software into their core operations, these organizations aim to solve the persistent challenge of identifying deep-seated
