Apple’s new iPhone and iPad security feature limits cell networks from collecting precise location data

This week, Apple introduced a significant security enhancement for select iPhone and iPad models that aims to bolster user privacy by restricting the detailed location data shared with cellular carriers. The new feature, when activated, enables devices to transmit only general location information—such as a neighborhood—rather than precise addresses, thus creating a barrier against unauthorized tracking by law enforcement, espionage agents, and cybercriminals. According to Apple, this adjustment does not interfere with the accuracy of location data shared with applications or during emergency calls, ensuring that critical services remain unaffected. The new privacy feature is available on models including the iPhone Air, iPhone 16e, and the iPad Pro (M5) Wi-Fi + Cellular, operating on iOS 26.3. It is compatible with several carriers worldwide, such as Telekom in Germany, AIS and True in Thailand, and BT and EE in the UK, as well as Boost Mobile in the United States. While Apple did not elaborate on the rationale behind this rollout, the timing is notable. Recent trends show a growing reliance by law enforcement on cell carriers for real-time tracking and historical location data. Furthermore, cyber threats have intensified, with various U.S. telecom companies, including AT&T and Verizon, reporting breaches by state-sponsored hackers known as Salt Typhoon, who are attempting to access sensitive information. Gary Miller, a mobile security expert and senior director of network intelligence at iVerify, highlighted the longstanding vulnerabilities in cellular networks that have allowed surveillance entities to monitor individuals' locations globally. He pointed out that while many users remain unaware of how their devices can share location data beyond just applications, the introduction of Apple’s feature marks a positive step towards empowering users with enhanced privacy controls, despite its initial limited availability across networks.