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

  • Temporary traffic signal and integrated waiting time display
    February 28, 2014
    The Solar Tempo Traffic Light, which TTS says is the only temporary traffic light to integrate a waiting time display, is visible up to 40 metres. The time display reduces impatient behaviour on the road. Flexible and easy to use, Tempo Traffic Light offers the ability to manage junctions for all road configurations, and uses renewable energy with its solar panel and charge regulator.
    Read More
  • LA launches own ‘Green New Deal’
    August 15, 2019
    Los Angeles, once a temple to the automobile, has followed the Democrats in launching its own Green New Deal – and the city has made big pledges on urban mobility investment The Democratic Party has started something. The Green New Deal, one of whose most high-profile supporters is new congresswoman Alexandria Ocasio-Cortez, intends to persuade the public that swift action is necessary to combat climate change. Now the city of Los Angeles has followed suit, releasing what it calls ‘LA’s Green New Deal’.
    Read More
  • T3 webinar - Smart Traffic Management
    April 2, 2013
    The next T3 webinar takes place on Thursday18 April 18 at 1:00 pm - 2:30 pm ET, and discusses Smart Traffic Management: Lessons from New York City's Midtown in Motion (MiM) project, kicked off in summer 2011 by the New York City Department of Transportation (NYCDOT) and the Federal Highway Administration (FHWA). The purpose of the MiM project is to promote multimodal mobility in the midtown core of Manhattan, a 110 square block area or zone from 2nd to 6th Avenues and from 42nd to 57th Streets. The MiM proj
    Read More
  • FASTR consortium releases Automotive Industry Guidelines for Secure Over-the-Air Updates
    November 9, 2017
    A non-profit research consortium dedicated to automotive cyber security, Future of Automotive Security Technology Research (FASTR), has announced the availability of the Automotive Industry Guidelines for Secure Over-the-Air Updates. These guidelines are intended to assist automotive manufacturers and others involved in evaluating platforms for secure updates, describing the threat models, providing recommended cryptographic algorithms and detailing a step-by-step checklist for evaluating state of the art
    Read More

Highlighted Content