Insikt Group has observed TAG-70 leveraging cross-site scripting (XSS) vulnerabilities against Roundcube webmail servers in Europe, targeting government, military, and national infrastructure.
Today we are open-sourcing Magika, Google’s AI-powered file-type identification system, to help others accurately detect binary and textual file types. Under the hood, Magika employs a custom, highly optimized deep-learning model, enabling precise file identification within milliseconds, even when running on a CPU.
Today, many seasoned security professionals will tell you they’ve been fighting a constant battle against cybercriminals and state-sponsored attackers. They will also tell you that any clear-eyed assessment shows that most of the patches, preventative measures and public awareness campaigns can only succeed at mitigating yesterday’s threats — not the threats waiting in the wings.
That could be changing. As the world focuses on the potential of AI — and governments and industry work on a regulatory approach to ensure AI is safe and secure — we believe that AI represents an inflection point for digital security. We’re not alone. More than 40% of people view better security as a top application for AI — and it’s a topic that will be front and center at the Munich Security Conference this weekend.
Google has confirmed a new security scheme which, it says, will help “secure, empower and advance our collective digital future” using AI. Part of this AI Cyber Defence Initiative includes open-sourcing the new, AI-powered, Magika tool that is already being used to help protect Gmail users from potentially problematic content.
