Apple Shows Why Continuous Security Updates May Become the Norm in the AI Hacking Era

The Mythos hype is causing emergency re-evaluations of patching and update procedures in all types of organizations. The general feeling is that time to remediate is going to have to severely compress, but by how much and how fast? One recent indicator comes from Apple, which appears to be altering its usual practice of bundling security updates with new OS version rollouts in response to the looming threat of AI hacking.

Apple does not name any known use of AI hacking in the wild to exploit the vulnerabilities that the iOS 26.5.2 release addresses, but does say that AI capability was a factor in the decision. Between-version security updates have been relatively unusual for Apple until now, usually reserved for zero-days under active exploitation.

AI hacking still in the “hype” stage, but big tech moves indicate real change is coming fast

Since near the beginning of April, all of the cybersecurity news has been about Mythos private testing and how fast and thorough it is in finding vulnerabilities when pointed at a target. The limited “Fable” release is once again widely available as of the end of June, with major safety guardrails attached, but thus far the new generation of tools (to include some new releases from OpenAI and Chinese developers) has yet to usher in the AI hacking apocalypse.

The capabilities will clearly develop and move in a direction that does merit pushing the panic button, however, and savvy organizations are taking this period of relative calm to get ready. One aspect is in turning AI scrutiny on one’s own networks to beat attackers to the punch in finding vulnerabilities; Apple said that three of the 25 flaws it found that were addressed in the security updates were the result of exploration by OpenAI Codex Security.

Things have progressed enough at this point for Apple to shift how it handles security updates, however. This included iPadOS and macOS in this recent wave, and it raises further questions about not just how security updates are scheduled going forward but how compatibility issues will be handled.

Security updates may clash with usability

One of Apple’s big selling points has always been long life support for its devices (over 10 years now for the oldest iPhones that still get regular security updates) and reliable backward compatibility within its own ecosystem. User-friendly features like these might have to take a hit in the AI hacking era, however, as an accelerated pace of security updates will necessarily limit the usual testing time before rollouts.

That could chip away at the competitive advantage the company enjoys over Android phones, which have far more variance between models and might not make it much more than a year from release before the manufacturer drops updates. Security updates are also very likely to become a lot less optional on Apple devices, which generally allow users broad leeway in delaying or refusing all sorts of updates.

This is likely a net benefit to organizations, however, in terms of both speeding up patching times and forcing end users to be more secure with the devices directly under their control. But this also demonstrates that in the era of AI hacking, organizations have to very quickly get comfortable with being very proactive in scanning for vulnerabilities and addressing them as soon as possible.