Skip to main content

PTV and Inrix team up for smart city plans

PTV Group and Inrix have announced a strategic partnership to collaborate on smart city solutions that will use big data and demand-based modelling software to solve urban mobility problems worldwide. Inrix XD Traffic will enhance PTV Group’s data portfolio and offer an excellent data base for smart traffic management using PTV Optima for dynamic forecasting.
September 9, 2014 Read time: 2 mins
ITSWC 2014 Master Avatar

3264 PTV Group and 163 Inrix have announced a strategic partnership to collaborate on smart city solutions that will use big data and demand-based modelling software to solve urban mobility problems worldwide. Inrix XD Traffic will enhance PTV Group’s data portfolio and offer an excellent data base for smart traffic management using PTV Optima for dynamic forecasting.

“PTV selected Inrix as a strategic partner on account of its superior traffic data from a wide variety of sources, its growing international presence, the fact that it can innovate quickly, and because it has strong commercial partnerships in a number of demanding vertical markets,” said Miller Crockart, VP sales & marketing Traffic Software at PTV Group. “We are looking forward to developing commercial opportunities together with Inrix and we are on track to announce our first joint customer, which will use a combination of Inrix XD Traffic and PTV Optima, by the end of this year.”

With real-time information on traffic speeds and travel times for more than four million miles of roads in 40 countries, Inrix XD Traffic delivers unparalleled insight into what’s happening on roads at any given time.

PTV Optima is the key for successful traffic management. To produce a coherent and detailed picture of traffic, PTV Optima collects, compares, validates and combines data from a number of sources such as Inrix XD Traffic.

Through a combination of real-time data, complex algorithms and offline traffic modelling, PTV Optima provides transport authorities with traffic in-formation for the ‘entire’ road network and produces reliable traffic forecasts for the next 60 minutes, including forecasts for any minor roads where there is no data.

This supports transport authorities in their decision- making process by simulating in real-time the effects of alternative traffic management measures, helping them to determine the best strategy to implement.

Booth: 2523
%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal <span class="mouselink">www.vision-traffic.ptvgroup.com </span> www.vision-traffic.ptvgroup.com website false http://www.vision-traffic.ptvgroup.com%20/ false false%>

For more information on companies in this article

Related Content

  • High-speed markings measurement from AMAC
    March 25, 2014
    The Advanced Mobile Asset Collection (AMAC) system measures traffic sign and pavement marking retroreflectivity while creating a comprehensive asset inventory and condition assessment. AMAC was developed through a team of engineers, physicists, psychologists and statisticians by DBi/Cidaut Technologies, a partnership between the US’s DBi Serives and Spain’s CIDAUT Foundation.
  • Q&A: Datacard Group
    November 4, 2014
    Melissa Prosen, director of brand and communications for Datacard Group, tells CARTES Daily News about the acquisition of Entrust, future roadmaps and the Internet of Things
  • Celebrating Centracs century
    May 21, 2012
    There’s an air of celebration at the Econolite booth because the company has reached a major industry milestone with an order for the 100th Centracs Advanced Traffic Management System (ATMS). To be installed in Georgia, the software system will be deployed as part of the city of Johns Creek’s ITS master plan and was chosen for its expandability and powerful ITS capabilities that fit well with the city’s existing infrastructure. It provides a cost-effective and adaptable ATMS foundation for monitoring and ma
  • Next generation traffic data collection
    March 5, 2014
    Swedish company Sensebit will use Intertraffic Amsterdam 2014 to launch the next generation traffic data collection - the Sensebit Traffic Measurement System (STMS). It offers remotely managed, accurate and cost efficient collection of traffic data using vehicle detectors, like the STMS WD-300, in multiple configurations, installed in the road surface that collect and upload traffic data via the internet. The traffic data can either be accessed through a web interface or automatically transferred to othe