Android phones in the U.S. can now provide accurate location data directly to emergency services
The location-finding capabilities of U.S. emergency services are woefully inadequate, this much is known. What makes it even more tragically ironic is that the very devices most often used to call 911—smartphones—contain exceedingly accurate location data. How hard could it be to use that data for such an important purpose? Hard enough that it took Google until just now to expand its faster, more accurate Emergency Location Service (ELS) to the U.S.
Google announced ELS in 2016, making the service available in Estonia and the U.K. first, and gradually expanding to 14 countries worldwide. Whereas current emergency solutions in the U.S. use cell tower location (which can provide a radius of up to several kilometers) or assisted GPS (which uses satellite and cell tower data, but can fail indoors), ELS use the same location tech as seen in Google Maps. This includes cell, GPS, and Wi-Fi signals, as well as info from other smartphone sensors.
ELS takes this more robust information set and uses it to define the location on the device, then sends it directly to emergency services when a 911 call is placed, without passing through Google servers. The Mountain View search giant reports that its data decreases the average uncertainty radius from 522 feet to 121 feet.
In all countries where ELS is available, Google partners with wireless carriers and public safety organizations to provide the service, which is available on 99% of Android smartphones (anything running Android 4 or higher—no need for a separate app or update).
In the U.S., emergency tech firm RapidSOS provides ELS locations directly to emergency communications centers through its secure platform, which is integrated directly into existing software at emergency centers in the U.S.
Google’s partnership with T-Mobile works similarly; when customers make a call, their Android phone can send their location to the emergency center. While T-Mobile already had a way of doing this, ELS will help deliver higher accuracy in a shorter time. Support is also available in the U.S. Virgin Islands, through a partnership with emergency technology company West and regional wireless provider Viya.
Google further notes it will continue to expand in the U.S. and to additional regions and countries, which is great news considering the steady increase in weather-related disasters causing strain on an already imperfect system.
