Before sending an iPhone for repair to an Apple outlet or an authorized service center, it was mandatory that owners turn off Find My. This was necessary because then, the company would know that the handset belonged to the rightful user and was not stolen. However, that all might change in iOS 17.5, with Apple reportedly introducing a new mode called ‘Repair State,’ which does not require you to keep Find My disabled.
New ‘Repair State’ mode in iOS 17.5 will let users confirm their identity with their Apple ID and password to ensure that the device is not stolen
The ‘Repair State’ mode is mentioned in the leaked code present in iOS 17.5 beta 4, which was spotted by 9to5Mac. This new mode is said to be working for some beta users, and it completely changes the requirements for when an iPhone is sent for repairs. The introduction of Stolen Device Protection in iOS 17.3 has become a complicated procedure when disabling Find My before sending your iPhone to an Apple outlet or an authorized service center.
Since Stolen Device Protection adds a time delay, users are given breathing room to change critical settings, including Find My. Some customers were unaware of this feature previously and sometimes had to wait an hour or two at an Apple outlet before disabling Find My. Thankfully, all of this hassle is ending with the release of iOS 17.5.
The new ‘Repair State’ lets users confirm that the iPhone belongs to them by asking them to input their Apple ID and password before the device is sent for repair. This process also reduces the workload for Apple’s technicians, as they no longer have to turn off Stolen Device Protection and Find My to proceed with their repair work. However, you are being warned beforehand not to enable ‘Repair State’ without a good reason.
While iOS 17.5 is not expected to be a groundbreaking update, the addition of ‘Repair State’ introduces a somewhat hassle-free process of sending your iPhone in for repair without worrying about tweaking the settings.
About the author: Omar Sohail is a reporter and analyst for Wccftech's mobile section, specializing in the technology and business of the mobile industry. His expertise lies in the intricate hardware supply chain, covering developments in semiconductor manufacturing, chip lithography, and camera sensor technology.
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