The state of Maine Emergency Medical Services (EMS) launched a federally grant-funded connectivity project to equip every licensed EMS vehicle in the state with high-speed Internet, on-scene Wi-Fi capabilities, emergency vehicle alerting to other motorists, and positioning support for computer-aided dispatch (CAD) integration.
The proposed solution covers all aspects of modernizing emergency vehicles with the right equipment, professionally installed and supported by industry experts. The Maine EMS Connectivity project addressed the evolving needs of a people-centric EMS system.
NEWCOM is the awarded statewide contractor for the state of Maine EMS Connectivity project with bonded insured dedicated installers responsible for installing these devices in EMS vehciles across the state. This project seeks to connect licensed EMS vehicles to high-speed Internet using a rugged vehicle router with Wi-Fi, high-gain, roof-mounted antenna, and FirstNet service by AT&T.
This capability will also support the ability for ambulances to broadcast a Wi-Fi signal in and around the ambulance, including in homes (depending on distance and construction materials), that will facilitate greater access to online medical control, telemedicine, and the Internet.
“This is such an exciting project, our team at Maine EMS is very pleased with the progress that has been made so far. Improved connectivity enhances our ability to deliver the best in pre-hospital care, and it is a key component of our 2035 Plan for a Sustainable EMS System in the state of Maine,” said Maine EMS Director Wil O’Neal.
There are tech variations of each ambulance based on what is needed to reach the desired level of connectivity. In alignment with the National Roadway Safety Strategy adopted by the U.S. Department of Transportation, Maine EMS was granted the funds to support this project to create safer people, roads, vehicles, and speeds and improve post-crash care.
“The fleet modernization for Maine EMS is not only enhancing connectivity and access to real-time information, it is creating an environment for mutual aid and increased efficiency, statewide. This will ultimately translate to improved patient satisfaction, streamlined dispatching, and overall safer communities,” said Jim Carman of NEWCOM.
NEWCOM’s process involves an installation plan that includes hardware design, installation, programming, in-vehicle en-route notification triggers, detailed vehicle, and agency to commission each ambulance.
