Google Location Accuracy (formerly known as High Accuracy mode) is a core Android service that significantly improves device positioning. Instead of relying solely on the device’s internal GPS chip (which can be slow and inaccurate indoors), it crowdsources location data by constantly scanning for nearby Wi-Fi networks, Bluetooth beacons, and cellular towers, sending this telemetry back to Google’s servers. While useful for navigation apps, it is a significant privacy concern in highly secure environments. Organizations managing fleets of Android devices may require strict geographic isolation, mandating that device location only be calculated locally via GPS, without transmitting surrounding network topography to external servers.
This guide explains how to completely disable the Google Location Accuracy feature system-wide on an Android device, restricting location services exclusively to the internal GPS radio.
Disable Google Location Accuracy
This setting is distinct from simply turning off Wi-Fi or Bluetooth scanning; it specifically disables the telemetry loop back to Google Location Services.
- Open the main Settings app on your Android smartphone.
- Scroll down and tap on Location.
- Tap on Location services. (On some manufacturer skins, this might be under “Advanced” or directly in the main Location menu).
- Tap on Google Location Accuracy.
- Toggle the master switch at the top of the screen to the Off (grey) position.
Verify the System State
By disabling this feature, your Android device will immediately stop supplementing its location calculations with crowd-sourced network data. It will no longer ping Google’s servers with lists of surrounding Wi-Fi MAC addresses.
To verify the change is successful, open a mapping application (like Google Maps) while indoors or in an area with poor GPS reception but strong Wi-Fi. You will notice that your location radius (the blue circle indicating accuracy) is significantly wider, and it may take considerably longer to lock onto your precise location. This confirms that the device is now relying entirely on the slower, locally processed satellite signals rather than the faster, privacy-intrusive network telemetry.