ROADMEDIC a leader in automotive safety innovation announced its new chip for vehicles and a partnership is REVIVER.
Airbag 9-1-1 Deployment Chip
ROADMEDIC, officially announced the commercial launch of its game-changing chip technology, set to debut in 2027 model year vehicles. The chip, designed to link airbag deployments to 9-1-1 emergency services in real time, enables the dispatch of drone first responders (DFR) to crash sites in under 10 seconds, providing first responders with live situational awareness for faster, more effective emergency response.
The ROADMEDIC chip was announced at the Connected Vehicle Systems Alliance (COVESA) All Members Meeting in Novi, Michigan on September 25-26, where industry leaders will gather to discuss the future of connected safety technology.
Set to be integrated into 2027 vehicles, this revolutionary system instantly notifies 9-1-1 centers within 2-3 seconds of an airbag deployment. The integration of drone first responder technology allows for near-immediate on-site data gathering and visual assessments, giving emergency services critical real-time information well before they reach the scene.
This innovation marks a major leap forward in automotive safety by enhancing the connection between crash detection and emergency response,” said Lawrence Williams, CEO of ROADMEDIC. “We look forward to showcasing our progress at COVESA and discussing how this technology will improve road safety across the nation.”
Digital REVIVER Plates to Deliver 9-1-1 Dispatcher Demo
REVIVER®, the pioneering manufacturer of the first and only legal digital license plate in the world (the RPLATE®), is proud to announce its participation as a founding company in the LiDAR Saving Lives Public Safety Coalition’s (LSL) groundbreaking 9-1-1 Dispatcher Visibility Demonstration Project.
This vital initiative aims to improve post-crash care by leveraging advanced technology integrated into the REVIVER® platform to provide real-time visual context to 9-1-1 dispatchers and first responders. The project aims to play a key role in USDOT’s (FY)2025 Safe Streets and Roads for All (SS4A) Grant Program. With over 50,000 RPLATES installed on vehicles in California and Arizona today, REVIVER® has a proven platform to demonstrate and quickly broaden adoption of connected vehicle safety initiatives.
In collaboration with ROADMEDIC®, a leader in automotive emergency communication systems, a provider of intelligent visual sensor technology, REVIVER® will become the gateway to democratizing vehicle safety for virtually all year, make, and model vehicles by integrating real-time data transmission and visual context into the Next Generation 911 (NG911) system via the REVIVER® RPLATE® platform. This integration will enable 9-1-1 dispatchers to receive critical information, including images and videos, from motorists in roadside emergencies. This enhanced situational awareness will significantly improve the accuracy and speed of emergency responses, improving incident victim outcomes and ultimately saving lives.
“REVIVER’s goal is to utilize digital license plates to modernize vehicle registration compliance and to leverage developing technologies to help save lives,” said Neville Boston, Founder and Chief Strategy Officer of REVIVER®. “By combining REVIVER’s RPLATE digital license plate technology and companion APP with the expertise of ROADMEDIC®, we are realizing our vision. REVIVER will be setting a new standard for emergency response via direct vehicle connectivity. Our involvement in the LiDAR Saving Lives Public Safety Coalition’s 9-1-1 Dispatcher Visibility Demonstration Project reflects our commitment to advancing safety on our roads and enhancing post-crash care.”
The 9-1-1 Dispatcher Visibility Demonstration Project will showcase the world’s first end-to-end, real-time infrastructure-to-everything (I2X) communication system. This system integrates collision detection, IP-based 9-1-1 data transmission, and real-time visual context, providing first responders with unprecedented insight into roadside emergencies. The project is set to play a pivotal role in the evolution of NG911, making emergency services more effective and responsive to the needs of motorists. Additional connected safety collaborations are expected to be announced shortly that will include solutions to increase driver awareness of local first-responder activities to reduce the occurrence of secondary incidents.
As part of REVIVER®’s ongoing commitment to safety innovation, REVIVER® will participate in the panel session entitled “911’s Role in the Connected Safe System Approach” at the upcoming COVESA All Member Meeting, taking place September 25-26, 2024, in Novi, Michigan. This session will bring together industry leaders to discuss the critical role of 9-1-1 in the evolving connected vehicle ecosystem, with a focus on improving post-crash care through advanced technology and cross-industry collaboration.
The COVESA All Member Meeting is a key event for the connected vehicle community, offering a platform for collaboration and innovation. REVIVER®’s participation underscores their leadership in driving the adoption of NG911 and enhancing the role of connected technology in public safety.
About REVIVER®: REVIVER® is the creator of the world’s first digital license plate platform, revolutionizing the way people interact with their vehicles. The REVIVER® RPLATE® and companion app offer unprecedented convenience, personalization, and safety features, transforming the license plate into a connected vehicle platform. REVIVER® is committed to leveraging technology to improve vehicle safety and support the transition to a connected, digital automotive ecosystem. www.reviver.com
By bridging the gap between a vehicle crash and the arrival of first responders, the ROADMEDIC® chip aims to reduce emergency response times and improve survival rates for crash victims. The drone first responder system provides 9-1-1 centers with real-time video and data from crash sites, enhancing the situational awareness of emergency personnel and enabling them to make more informed decisions.