Skip to main content

Transforming emergency vehicles into mobile hotspots

Verizon Wireless and In Motion Technology have announced what they claim is the first wireless mobile router system available for securely extending the enterprise network to the vehicle over the world’s largest 4G LTE network. The In Motion Technology onBoard system includes a mobile gateway that transforms vehicles into secure, mobile hotspots; a network management system that monitors network health and communications; and a mobile-optimised VPN server providing end-to-end security.
March 23, 2012 Read time: 2 mins

1984 Verizon Wireless and In Motion Technology have announced what they claim is the first wireless mobile router system available for securely extending the enterprise network to the vehicle over the world’s largest 4G LTE network. The In Motion Technology onBoard system includes a mobile gateway that transforms vehicles into secure, mobile hotspots; a network management system that monitors network health and communications; and a mobile-optimised VPN server providing end-to-end security.

In Motion Technology is widely deployed in public safety, public transit and utilities. By securely connecting laptops, tablets, electrocardiograms (EKGs), electronic patient care reporting (EPCR), IP cameras, computer aided dispatch (CAD) and vehicle diagnostic systems, the onBoard Mobile Gateway will improve operational efficiency for emergency responders. The system enables operations to analyse information from gateways in the field via a dashboard showing locations, direction and speed, and monitors vehicle diagnostics, devices and networks. It also provides secure IP mobility and sub-second switching in a multi-network environment.

“We believe that 4G LTE will revolutionise mobile-centric businesses by enabling improved real-time collaboration, said Kirk Moir, president and COO for In Motion Technology. “In the case of EMS, 4G LTE provides real-time sharing of video, voice and data that can have a dramatic impact on patient outcomes.”

For more information on companies in this article

Related Content

  • AV/ridesharing mix wins major auto investment
    May 5, 2016
    The US has a new trend in personal mobility and David Crawford takes a closer look. US automaker General Motors and ridesharer Lyft’s announcement of a strategic partnership aimed at delivering, over time, an integrated network of on-demand autonomous as well as conventional vehicles has taken the nation’s car industry from traditional manufacturing to new arenas.
  • Connected Car offers plug-and-play remote vehicle access
    March 1, 2013
    Connected Car, Delphi’s plug-and-play connectivity device, connects into an OBDII port on any vehicle sold in the US from 1996 onwards and allows consumers to quickly lock and unlock their vehicle’s doors, as well as locate, track and even monitor their vehicles through a smartphone app or the internet. Delphi has teamed up with Verizon Wireless to ensure data transmitted through the device and via the internet remains secure and encrypted, allowing users to safely lock their vehicles remotely, track their
  • ANPR real-time monitoring of dangerous and illegal vehicles
    February 3, 2012
    The Programma Operativo Nazionale aims to bring economic parity to the regions of Italy. It includes the setting up of a national ANPR network which will allow real-time monitoring of dangerous and illegal vehicles. Tattile is supplying the systems for the regions on Puglia and Calabria
  • Verizon chairman and CEO to provide keynote speech at 2014 ITS World Congress
    April 4, 2014
    Verizon Communications chairman and chief executive officer Lowell McAdam will deliver a keynote address at the 2014 World Congress on Intelligent Transport Systems, sharing his company’s vision for the role technology plays in the future of transportation. McAdam’s keynote is slated for Tuesday, 9 September, at 8.30 am in Detroit, Michigan, in the ballroom of Cobo Center. Additional speakers will be announced in the coming weeks. “With the rapid evolution of mobile broadband networks and machine-t