On Tuesday, the National Science Foundation showcased a smartphone app that allows 911 operators critical insights into what’s going on at the scene of an emergency call. This app can relay crucial biometric data to dispatchers, enabling them to gather vital signs and other information that helps them assist victims and assist first responders.
The software, which was developed by researchers at the University of North Texas, led by Professor of Computer Science and Engineering Ram Dantu, offers users a host of features that could be life-saving in an emergency.
These include text-to-speech technology for clear communication; remote control of smartphone cameras to help 911 operators view emergency scenes; and monitors that relay breathing, blood-pressure and other vital signs to emergency responders. In addition, the app even includes a sensor that helps guide someone responding to an emergency through the proper steps to perform CPR.
The software is still in its pilot phase and will be demonstrating it next week at the 2013 National Emergency Number Association conference in Charlotte, N.C.
The app offers advantages over traditional 911 calls.
Its text-based communication capabilities, for instance, are -suited for deaf or hearing impaired users. Crucial in contacting officials during a scenario – a hostage or domestic abuse situation – where speaking aloud could be dangerous. They might also be critical in a mass-casualty emergency. The app’s biometric tools make full use of the capabilities of smartphones. A first-responder can place the phone on chest of victim, relaying the number of breaths per minute to the operator. It also enables monitoring of blood pressure and heart rate. If someone has irregular heartbeats, the operator is able to clearly see them on his end.
The app was devised on the Android platform, the next phase will be to develop it for the iPhone platform. Next phase an app store.
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