About AWARN

Why AWARN Alliance Matters

When fully deployed, can deliver geo-targeted, rich-media alerts to an unlimited number of enabled TVs, connected cars, and handheld devices even when cellular fails or the grid is down

How it Works

AWARN technology is open standards-based, terrestrial broadcasting of public emergency alerts news and information. AWARN will have the capability to distribute rich media alerts simultaneously to an unlimited number of enabled fixed, mobile, and handheld devices, indoors or outdoors across an entire television broadcast coverage area.

The capabilities of AWARN will far exceed warning and disaster recovery communications currently available to the American public.

The Facts

  • Live TV emergency alerts: Underlying technology of digital television broadcasting can distribute multiple video and other rich media assets to an unlimited number of handheld, vehicular, or fixed receiver devices.
  • Reliable, Secure and Ubiquitous.
  • No bottlenecks: Reduce Unintentional Denial of Service (DoS) by bypassing bandwidth bottlenecks that overload current cellular-based systems.
  • Hardened: Broadcast stations, with back-up generators and fuel reserves, typically stay on the air even when electricity to whole regions is cut.
  • Non-Grid Dependent: Battery-powered mobile devices are rechargeable in-car.
  • Accessible & Multilingual: T.ext-to-speech and vibrate-upon-alert for mobile devices, mean that AWARN alerts will reach those with hearing or sight limitations and millions of non-English speaking Americans.
  • Geo-targeting: Utilizing geographic location information embedded in the Common Alerting Protocol (CAP) message, combined with the location awareness of receiving devices, alerts can be displayed on only those devices targeted.
  • Encryption enabled: Simultaneously send public alerts while sending specially encrypted video and other data feeds to first responders and emergency managers.
  • Interoperable with Existing Networks
  • Seamless Integration: Built to the CAP standard and designed for seamless incorporation into the U.S. Integrated Public Alert and Warning System (IPAWS)