Pittsburgh opts for Transcore traffic management

Expanding upon more than 17,000 intersections already managed by TransCore’s TransSuite software, the city of Pittsburgh announced it has selected TransCore’s TransSuite Traffic Management Software solution to manage its traffic signal operations. The project will initially integrate 130 of the city’s intersections.
June 1, 2015 Read time: 2 mins
Michael Mauritz of Transcore with the TransSuite software

Expanding upon more than 17,000 intersections already managed by 139 TransCore’s TransSuite software, the city of Pittsburgh announced it has selected TransCore’s TransSuite Traffic Management Software solution to manage its traffic signal operations. The project will initially integrate 130 of the city’s intersections.

As the 20th largest metropolitan area in the US, Pittsburgh is no stranger to traffic. It’s also home to numerous special events in the Central Business District. To reduce the city’s need to manually control traffic during these planned events, the TransSuite traffic control system (TCS) module will provide Pittsburgh with enhanced management capabilities and will be integrated with the city’s legacy controllers.

TransSuite is a family of traffic management software products that can operate independently or as part of a suite, depending on each city’s unique needs. For Pittsburgh, TransCore will integrate TransSuite’s traffic control, traveller information, traffic management and video control modules.

TransCore’s Michael Mauritz stresses that TransSuite provides both value and feature-rich functionality. “TransSuite provides traffic operations and maintenance staff with an array of software tools that make managing traffic a better experience for everyone.

Some of these tools include real-time, time-space diagrams, performance measurement and utilisation reports, and software applications that give maintenance staff the freedom to access controllers locally – saving time and money.”

Related Content

  • February 27, 2013
    Project of the year win for TransCore Silicon Valley project
    Santa Clara Valley Transportation Authority’s (VTA) State Route (SR) 237 Express Lanes, for which TransCore serves as lead integrator, received the 2012 Transportation Project of the Year Award from the San Francisco Bay Area Institute of Transportation Engineers (ITE). VTA is implementing the Silicon Valley Express Lanes Program to provide congestion relief in one of its major Bay Area commuter corridors. As part of the program, the SR 237, US 101, SR 85 and parts of I-680 corridor will convert the existin
    Read More
  • October 7, 2014
    TransCore to develop bay area express lane network
    TransCore is to develop, integrate, and maintain a network of express lanes on behalf of San Francisco’s Metropolitan Transportation Commission’s (MTC) Bay Area Infrastructure Financing Authority (BAIFA). The competitively procured US$54.6 million project will see 90 miles of existing high occupancy vehicle (HOV) converted lanes into express lanes on I-680, I-880 and I-80. The aim is to improve connectivity by closing gaps in the existing HOV network and improve freeway efficiency by making the best use
    Read More
  • December 9, 2021
    TransCore ploughs ahead this winter
    There’s no business like snow business if traffic controllers have to move mountains of the white stuff to keep roads clear in winter. The citizens of Denver, Colorado, know this all too well.
    Read More
  • April 10, 2012
    Why integrated traffic management needs a cohesive approach
    Traffic control is increasingly being viewed as one essential element of a wider ‘system of systems’ – the smart city. Jason Barnes, Jon Masters and David Crawford report on latest ideas and efforts for making cities ‘smarter’ Virtually every element of the fabric and utilitarian operations that make urban areas tick can now be found somewhere in the mix that is the ‘smart city’ agenda. Ideas have expanded and projects pursued in different directions as the rhetoric on making cities ‘smarter’ has grown. App
    Read More

Highlighted Content