Sensys Networks and Verizon launch intelligent traffic management at ITSA2016

Sensys Networks and Verizon will formally launch the Intelligent Traffic Management (ITM) service, a new IoT platform for smart cities, at their joint booth at ITS America 2016 in San Jose. This follows on the recent partnership announced late last year which was covered in ITS International
May 26, 2016 Read time: 1 min

119 Sensys Networks and 1984 Verizon will formally launch the Intelligent Traffic Management (ITM) service, a new IoT platform for smart cities, at their joint booth at ITS America 2016 in San Jose.  This follows on the recent partnership announced late last year which was covered in ITS International: %$Linker: 2 Internal <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 24630 0 oLinkExternal Click here ITS Article on Sensys Networks false /categories/networking-communication-systems/news/sensys-networks-partners-with-verizon-to-deliver-intelligent-traffic-management/ false false%>.

Verizon’s ITM service, powered by Sensys Networks, is a traffic data reporting and analytics suite for traveller information, planning, before/after performance measures, and MAP-21 reporting, among other uses. The platform automates ongoing data collection for major corridors on a 24x7 basis, including travel times, system counts, turn movements and more.

The ITM service aims to curtail the more than three billion gallons of fuel wasted annually and seven billion extra hours of drive time due to traffic congestion.

Also notable about this new service, which will be demonstrated on the Sensys Networks/Verizon booth, is the way municipalities receive valuable traffic information from their roads. Because the hardware installation, maintenance and backhaul communications are managed by Verizon, traffic visionaries can focus more on making data-driven decisions.

For more information on companies in this article

Related Content

  • Arup partners with MaaS Global to develop services
    May 1, 2018
    Consultant Arup will assist MaaS Global by providing consultancy services related to the development and deployment of Mobility as a Service (MaaS). The collaboration intends to provide an offering that rivals car ownership across cities. MaaS Global’s mobile app, Whim, is available in Helsinki, Finland and has just made its UK debut in the city of Birmingham. The company has grand ambitions for Whim, looking to roll it out to 60 countries in the next five years. David O'Keeffe, director and digital
    Read More
  • Flir webinar training in January
    January 13, 2017
    Flir Intelligent Transportation Systems is offering a 45-minute webinar 19 January, Make your traffic run smoother, more efficient and safer with Flir ITS, which discusses its solutions help to keep vehicles, pedestrians, and bicycles moving safely and smoothly. More information and registration is available on the Flir website.
    Read More
  • Waymo gets California green light for public driverless tests
    November 2, 2018
    Waymo has been granted a licence to test fully-driverless cars on public roads in California. It is the first company to be given the green light for such trials in the state – and it means there will be no test driver sitting in the driver’s seat. The permit includes day and night testing on city streets, rural roads and highways with speed limits of up to 65mph. Waymo insists: “Our vehicles can safely handle fog and light rain, and testing in those conditions is included in our permit. We will gradual
    Read More
  • Comark showcases Raser 4001 detector
    March 19, 2018
    Italy-headquartered Comark, an international player in traffic detection and parking solutions, is featuring a range of products, including new devices with laser technology and the new Lora IoT vehicle detector for parking applications. The company is also showcasing its Raser 4001 detector, based on the combination of two technologies (microwave doppler radar and laser scanner) to get the best results in the detection and classification of vehicles. Also being featured is the USMI9601 sensor that uses
    Read More

Highlighted Content