Trafficware to upgrade Houston’s central traffic management system

The City of Houston has awarded Trafficware Group a contract to upgrade the city’s central traffic management system, a project that also includes converting all 2,500 intersections from older technology to Trafficware’s Patriot V76 traffic control software and upgrading to its transportation management platform, ATMS.now. The new ATMS.now software platform will allow the City to integrate a number of devices so they no longer have to operate as disparate systems and can react quickly to incidents and c
March 31, 2016 Read time: 2 mins
The City of Houston has awarded 5642 Trafficware Group a contract to upgrade the city’s central traffic management system, a project that also includes converting all 2,500 intersections from older technology to Trafficware’s Patriot V76 traffic control software and upgrading to its transportation management platform, ATMS.now.

The new ATMS.now software platform will allow the City to integrate a number of devices so they no longer have to operate as disparate systems and can react quickly to incidents and changing traffic conditions and communicate these situations to the motoring public.  ATMS.now is compatible with CCTV cameras, changeable message signs (CMS), battery backup systems, transit and emergency priority/preemption systems, vehicle detection systems from various manufacturers and much more.  

In addition, Trafficware provides more than a dozen system modules, including SynchroGreen adaptive signal control, emergency response, transit signal priority, center-to-center (C2C), that allow the agency to expand the system to meet their future goals and objectives.  

The installation team also includes local consultancy firms Gunda Corporation and Taylor Traffic Solutions.  Deployment of the system is already under way.
Air Quality & Weather Systems Urban Traffic Control

For more information on companies in this article

Related Content

  • Video-as-a-Sensor technology for intelligent infrastructure solutions from Bosch
    September 4, 2020
    As street and sidewalk congestion and connected vehicle use increases, city planners and traffic engineers face new issues. The challenge to choose technology solutions that can assist today and adapt as autonomous vehicles take to the road is quite complex, as Bosch points out.
    Read More
  • Delivering accurate bus information
    July 27, 2012
    John C. Toone, King County Metro, describes the transition to an IntelliDrive-led approach to communication and information sharing in line with the introduction of a new bus rapid transit service. King County Metro (KC Metro), which serves Seattle, Bellevue and over 20 suburban towns, has been active in the development of intelligent transportation systems for many years. It has operated a signpost-based AVL system for more than a decade and has used this to provide bus location information to the public o
    Read More
  • WSP/Parsons Brinckerhoff to design ITS infrastructure for Michigan University Region
    April 28, 2017
    The Michigan Department of Transportation (MDOT) has awarded a contract to WSP/Parsons Brinckerhoff to design the next phase of intelligent transportation system (ITS) deployment for the state’s University Region. The project will plan, design and construct new CCTV cameras, dynamic message signs and vehicle detection systems across the University Region to improve incident response and information dissemination to motorists on the state’s freeway system. WSP/Parsons Brinckerhoff will provide ITS design ser
    Read More
  • Long range radar aids wide area traffic monitoring
    March 16, 2012
    Applications of long range radar technology are demonstrating its effectiveness as a first line of defence for highway managers – adding greater resilience and capability to existing systems. Development efforts are bringing long range millimetric wave radar to the fore as a very useful tool for managers of highway networks. Application of radar for wide area monitoring in traffic management remains in its infancy. But recent projects are demonstrating how it can now serve to enhance detection of incidents
    Read More

Highlighted Content