Claude Breaks Into a Pixel 9 in Minutes, Showing Why Updates Matter

Claude has reportedly taken over a Google Pixel 9 in roughly a dozen minutes, a result that shows how quickly AI models have moved from reading code to attacking real devices.

Until recently, AI in security was mostly a helper for finding mistakes in source code, flagging suspicious fragments for human researchers to check. The Pixel 9 case points to a different stage: the model can now create a working attack itself and use it to gain control of a device, with far less human effort than such work normally demands.

Why it matters

Building a functioning exploit has long been slow, specialised work. If an AI system can compress it into minutes, the time between a vulnerability becoming known and someone turning it into a real attack could shrink sharply. That affects both defenders, who can use the same tools to find and fix flaws sooner, and attackers, who can use them to move faster.

The practical lesson for ordinary users is simple: security updates are not a formality. Patches close the vulnerabilities that attacks of this kind depend on, and a phone that stays on an old software version stays open to them. Installing monthly updates for Android, and for apps, remains one of the most effective protections available.

What comes next

The result raises questions about how quickly manufacturers and software vendors must ship fixes once a flaw is discovered, and how security teams should adapt as AI-driven exploit development becomes routine. Expect more such tests on current hardware, and more pressure on vendors to shorten the path from discovery to patch.