Trafficware upgrades ATMS software

Trafficware’s latest version of its advanced traffic management system, ATMS.now 2.2, will support both of the widely popular Google Maps and Microsoft Bing Maps web-based mapping systems, says the company. As Trafficware’s product development is driven by customer feedback, ATMS.now 2.2 provides more flexibility and convenience selecting mapping capabilities from an array of resources versus being limited to a single source. The latest release also includes enhanced analysis tools, the expanded measu
March 26, 2015 Read time: 2 mins
5642 Trafficware’s latest version of its advanced traffic management system, ATMS.now 2.2, will support both of the widely popular 1691 Google Maps and 2214 Microsoft Bing Maps web-based mapping systems, says the company.  

As Trafficware’s product development is driven by customer feedback, ATMS.now 2.2 provides more flexibility and convenience selecting mapping capabilities from an array of resources versus being limited to a single source.  The latest release also includes enhanced analysis tools, the expanded measures of effectiveness (MOE) package that includes updated Purdue Coordination Diagrams, as well as ‘one-step’ installation for both client and server applications, expediting system implementation for traffic engineers and IT professionals.  

With the integration of Google Maps, ATMS.now supports Google Maps, Bing Maps and 50 ESRI (GIS) mapping utilities.  ATMS.now customers that use Google Maps or Bing Maps also now have the ability to convert GIS congestion segments and display pattern, cycle, sequence, offset and other pertinent real time signal timing data on the web-based maps.  The additional functionality, along with other enhancements, is available to all ATMS.now users under Trafficware’s maintenance and support program.

“A strong central management system is at the core of any traffic signal system,” explains Chief Technology Officer Darren Beyer. “That’s why we continue to invest heavily in innovative product development that positions ATMS.now as the most desirable central management system for traffic control.”
GIS/ Mapping & Location Based Systems Urban Traffic Control

For more information on companies in this article

Related Content

  • Esri software powers Lithuania project
    October 8, 2015
    The government of Lithuania has used Esri’s software to create a website – which went live this week - covering all of its transport network rather than simply one urban area. “It’s a multimodal journey planner for the whole country,” explains Terry C. Bills, Global Transportation Industry Manager at Esri. “So it’s a question of stitching together city systems with inter-city ones and pulling them together in a seamless way.”
    Read More
  • Flexibility, interoperability is key to future traffic management
    February 3, 2012
    Jon Taylor of Faber Maunsell and Tabatha Bailey of Transport for London describe how an unusual mix of traffic practitioners, researchers and industry are working together to build new tools for the future. As we face higher expectations for managing congestion from both citizens and politicians, and as more and more data is becoming available from new sources, our traffic management challenge is changing.
    Read More
  • Hard data supports traffic monitoring
    April 30, 2024
    A collaboration between AGD Systems and North Line Canada has demonstrated the value of traffic experts putting their heads together to improve pedestrian safety
    Read More
  • Econolite raises the innovation bar by introducing Centracs Mobility
    September 4, 2020
    Econolite introduces Centracs Mobility, a highly flexible cloud-based software solution platform, designed to provide added value and actionable information, augmenting the traffic management software toolset. The new software solution combines all the proven capabilities of Centracs Advanced Transportation Management System (ATMS) currently deployed in over 325 agencies in North America, with the cloud-based data analytics of signal performance measures (SPM), signal timing optimisation, and real-time signal control.
    Read More

Highlighted Content