Skip to main content

Hughes Telematics partners with Location Labs

Location Labs, a provider of mobile location-as-a-service infrastructure and applications, has announced a partnership with Hughes Telematics (HT) to include the Location Labs Universal Location Service (ULS) as part of HT's telematics service offering. Location Labs' cloud-based ULS API will supplement HT's connected service offerings by enabling drivers to use their smartphones to request the location of any contact in their mobile address book.
May 17, 2012 Read time: 2 mins
RSSLocation Labs, a provider of mobile location-as-a-service infrastructure and applications, has announced a partnership with 2149 Hughes Telematics (HT) to include the Location Labs Universal Location Service (ULS) as part of HT's telematics service offering. Location Labs' cloud-based ULS API will supplement HT's connected service offerings by enabling drivers to use their smartphones to request the location of any contact in their mobile address book.

Upon request, friends and family members will be asked to share their locations via their mobile phones. When the request is accepted, HT's service will locate the phones regardless of the device type or wireless carrier and wirelessly send that location to the in-vehicle navigation system. This is a convenient way to integrate and connect with social networks and the service can locate all mobile phones on the AT&T, 1018 Sprint, 5257 T-Mobile, and 1984 Verizon Wireless networks.

"The Universal Location Service allows us to provide a unique and useful service to our automotive customers. Now drivers have the ability to remotely request the location of anyone in their smartphone contact list and once the request is approved, remotely send the location to their in-vehicle navigation system," said Mike Peterson, VP of product development, HT. "Partnering with Location Labs allows us to leverage their innovation in the location space to continue to take significant steps in creating a true connected experience for drivers."

For more information on companies in this article

Related Content

  • Parkopedia partners with IBM and GM on in-vehicle information
    October 31, 2016
    Parkopedia is to provide parking data and payment services for the OnStar Go cognitive mobility platform recently announced by General Motors and IBM. Beginning in early 2017, OnStar will provide millions of GM drivers with the ability to connect and interact with their favourite brands. The platform will deliver personalised content through the dashboard and other digital channels supported by the OnStar Go network to make the most of time spent in the car. Combining OnStar’s vehicle connectivity and
  • GE opens innovation centre for alternative fuel vehicles and solutions
    June 1, 2012
    GE Capital Fleet Services has announced the opening of its Vehicle Innovation Centre, to provide businesses, industry groups and researchers with first-hand experience of alternative fuel vehicles and enabling GE technologies. Showcasing the latest in a growing array of alternative fuel vehicles in electric, natural gas, propane, hydrogen and other formats, the centre gives GE’s commercial customers the opportunity to learn about and test drive numerous alternative fuel cars and trucks in a single location
  • How C/AVs could serve rural communities
    July 23, 2019
    In Ireland, there is low population density and a lot of rain – which can make last-mile journeys a trial. Orla O’Halloran at Arup has some thoughts on how C/AVs could serve rural communities Connected and autonomous vehicles (C/AVs) have the potential to be a vital link for people in rural communities, as part of a wider Mobility as a Service (MaaS) solution. That is the view of Orla O’Halloran, intelligent mobility consultant at Arup. She believes that MaaS needs to be considered in conjunction with ot
  • Reducing detection costs benefits intersection management
    February 3, 2012
    The continuing, favourable performance-versus-cost situation concerning detection and monitoring technologies is driving the proliferation of intelligence across road networks. The effective and safe management of intersections is a focus for network operators and systems manufacturers alike. The most complicated of road environments, and statistically among the least safe, intersections enjoy particular emphasis in longer-term work on cooperative infrastructure solutions. However there are current developm