The Apple AirTag stands out for its “Precision Finding” feature. This technology uses ultra-wideband (UWB) to provide exact location details, setting it apart from many Android trackers that lack this capability. But why is that?
UWB technology allows smartphones to accurately measure distances between devices. For example, with a UWB-enabled tracker, your phone can guide you to the exact location of a misplaced item. While that’s an impressive feature, many users, including myself, don’t feel that it’s essential—especially when Bluetooth often suffices. For larger items like bags, Bluetooth gets you close enough, while smaller things like keys may still be located with a simple alert sound.
Despite a clear demand for UWB features—evident in the comments sections of our coverage—only one Android tracker, the Moto Tag, currently supports UWB. Other potential trackers, like the Xiaomi Tag 2, have chosen to forego this technology in their latest designs.
One key reason for this trend is fragmentation in the Android market. While Apple equips every iPhone with UWB, Android devices vary widely. Many mid-range smartphones lack UWB support, affecting the overall market appeal of UWB-enabled trackers. As a result, manufacturers have little incentive to include UWB when a significant portion of potential users wouldn’t benefit from it.
Furthermore, it looks like Apple is not keen on sharing UWB with third-party devices. This strategy mirrors Apple’s control in other areas, like limiting the functionality of third-party smartwatches. As a result, they encourage users to stick with AirTags, which exclusively utilize UWB for features like Precision Finding.
This dynamic creates a frustrating situation for developers. For instance, Pebblebee, a prominent tracker maker, has expressed concerns about creating a UWB tracker that would work only on Android, leaving Apple users without options. They observed that users often find that loud alerts and visual cues are more effective for locating missing items, leading them to focus on enhancing those features instead of integrating costly UWB support.
Statistics back this up: Surveys show that around 70% of users prefer trackers that can simply ring loudly or flash brightly when searching for misplaced items. Thus, manufacturers continue to prioritize these straightforward functionalities over advanced tech like UWB.
In conclusion, while UWB technology has potential, its integration into Android tracking devices faces numerous hurdles. From hardware limitations to Apple’s restrictive policies, the market for UWB-enabled trackers remains limited. As technology evolves, this landscape may shift, but currently, it poses challenges for both consumers and developers alike.
