Awards |
AtHoc has enjoyed great success and growth in the emergency mass notification space with its innovative network-centric solutions. Below are some of the recent awards presented to AtHoc:
UCLA Wins Homeland Security Award for its Deployment of AtHoc’s Net-Centric Emergency Mass Notification System University of California, Los Angeles (UCLA) wins the Government Security News (GSN) Homeland Security Award for its deployment of 3rd Generation Mass Notification Technology by AtHoc. UCLA is recognized as the “Most Effective State Government Security Program, Project of Agency” for Innovative and Effective Use of  AtHoc Wins the International Stevie Award for its Innovation in the Physical Security and Public Safety Market AtHoc is honored for its 3rd generation net-centric mass notification solutions that support physical security and public safety markets. By creating a unified and redundant multichannel alerting system, emergency operators drastically reduce the time to disseminate alerts and provide a consistent message across all channels.  2008 Frost & Sullivan Award for Technology Innovation in the Mass Notification Market This prestigious award acknowledges the success of AtHoc IWSAlerts™, a comprehensive network-centric notification system that utilizes existing IP networks to communicate during an emergency. This enterprise-class solution combines IP and traditional notification channels into a unified platform to quickly and efficiently deliver alerts during an emergency.  Deloitte's Technology Fast 50 Program for Silicon Valley Software and IT Companies AtHoc's growth and success is due to the unique and groundbreaking approach taken to emergency notification. In 2006, AtHoc recognized the growing use of the IP network for physical security applications and created a solution that leverages an organizations’ existing IP network as the fastest and most reliable way to notify people during emergencies. After pioneering network-centric emergency alerting, the company then focused on integrating its solutions with traditional alerting systems to create a single, unified mass notification platform.  |
