Apple developing iPhone anti-theft feature that mirrors Android's theft detection system

Apple may be planning to steal Android's handy anti-theft trick

If all this sounds familiar, well, it is. This is basically the Theft Detection Lock feature that's been available on Android devices since Android 15. Theft Detection Lock uses AI and motion sensors to detect when a phone may have been snatched from its owner. If the system notices sudden movements commonly associated with theft, such as someone grabbing the phone and quickly running, biking, or driving away, it automatically locks the device to prevent unauthorized access. The feature can also trigger other protections if the phone goes offline for an extended period or if it detects repeated failed authentication attempts.

Apple may borrow Android's smartest anti-theft feature for future iPhones

Future iPhones could automatically lock themselves if snatched Apple could soon make stolen iPhones significantly harder to access, thanks to a new anti-theft feature reportedly in development that closely resembles one of Android's most useful security tools. According to a report from 9to5Mac, Apple is working on a system that can automatically detect when an iPhone has been physically snatched from a user's hands and instantly lock the device before a thief can access sensitive data. The feature would reportedly use a combination of motion sensors, accelerometer readings, and contextual signals to determine whether the phone was suddenly grabbed and moved away unnaturally. If the system suspects theft, the iPhone would automatically trigger a lock state to block unauthorized access. Apple is addressing a major security gap The move highlights a growing issue with modern smartphone theft. Existing iPhone protections, such as Stolen Device Protection and Find My, already help secure user data after a phone goes missing. However, those tools are far less effective if the thief steals the phone while it is already unlocked. Recommended Videos That loophole has become increasingly common in real-world theft cases, particularly in crowded cities where criminals quickly grab unlocked phones and immediately disable security settings, reset passwords, or access banking apps before the owner can react. Apple's new solution appears heavily inspired by Android's Theft Detection Lock feature introduced with Android 15. Google's system uses AI and motion sensors to identify sudden movements typically associated with theft, such as someone snatching a phone and rapidly running, cycling, or driving away. Once triggered, the Android device automatically locks itself and activates additional security protections. According to the report, Apple's version may go even further by using proximity data from a paired Apple Watch to help confirm whether the phone is still near its owner. The company may also combine this with location intelligence already used in Stolen Device Protection to determine whether the iPhone is currently in a familiar place like home or work. If the device detects suspicious activity in an unfamiliar location, it could automatically restrict access to sensitive settings, account changes, passwords, and security controls. Why this matters The feature could become one of Apple's most practical security upgrades in years because it targets a very specific real-world problem rather than focusing only on remote device recovery. It also reflects a broader trend across the smartphone industry where companies are increasingly borrowing successful ideas from one another. While Apple often focuses on privacy and ecosystem integration, Android manufacturers have recently moved faster in AI-driven theft detection and proactive security systems. For users, the biggest advantage would be peace of mind. If implemented properly, the feature could significantly reduce the short window thieves currently exploit after stealing unlocked phones. What happens next Apple has not officially announced the feature yet, and there is currently no confirmed release timeline. However, the report says the system is under active development, which suggests it could appear in a future iOS update or potentially debut alongside iOS 27 later this year. If Apple successfully integrates the feature into its broader iPhone security framework, it could become one of the more meaningful real-world uses of on-device AI and sensor intelligence on future iPhones.