Tele Atlas renews TeleNav contract

Tele Atlas and TeleNav have announced a renewed multi-year license agreement whereby TeleNav uses Tele Atlas maps and dynamic content to power a range of wireless navigation applications and its connected personal navigation device.
February 2, 2012 Read time: 1 min
571 Tele Atlas and 573 TeleNav have announced a renewed multi-year license agreement whereby TeleNav uses Tele Atlas maps and dynamic content to power a range of wireless navigation applications and its connected personal navigation device. The agreement marks an extension of the companies’ current partnership, which began in 2006.
Location Based Systems

For more information on companies in this article

Related Content

  • Mobile monitoring for Japan’s traffic jams
    May 14, 2013
    NTT DoCoMo, Japan's largest mobile carrier, will use location data from its 61.5 million subscriber devices to build a platform that monitors traffic conditions across the country. DoCoMo said it will use its access to massive amounts of location data to build a cloud platform of traffic information on which services can be built. The company will target individual consumers with products like navigation and drive recording services, and corporate clients such as car insurance companies with traffic monitor
    Read More
  • NoTraffic V2X tech gets US patent approval
    February 15, 2024
    Platform offers software-defined infrastructure including signalised intersections sensors
    Read More
  • Manchester and CitySwift renew partnership
    August 1, 2025
    AI-powered platform designed to enhance English city's Bee Network
    Read More
  • Trafficware new wireless detection system
    April 22, 2013
    Visitors to the ITS America Annual Meeting have the opportunity to see a new wireless roadway detection system from Trafficware. Operating under a Massachusetts Institute of Technology (MIT) patent in an exclusive license agreement, the company’s engineers developed the Valence Pod, a wireless system that uses roadway sensors to detect the
    Read More

Highlighted Content