Skip to main content

Inrix expands traffic data programme collaboration

Nearly a year after the I-95 Corridor Coalition, the University of Maryland (UMD) and Inrix announced a three-year expansion of the Vehicle Probe Project (VPP), the coalition and its partners are expanding their collaboration once again. Through a Federal Highway Administration (FHWA) Awards Grant, the coalition will use Inrix traffic information to expand coverage to over 40,000 miles of roads across fourteen states.
October 12, 2012 Read time: 3 mins
Nearly a year after the I-95 Corridor Coalition, the University of Maryland (UMD) and 163 Inrix announced a three-year expansion of the Vehicle Probe Project (VPP), the coalition and its partners are expanding their collaboration once again.

Through a 831 Federal Highway Administration (FHWA) Awards Grant, the coalition will use Inrix traffic information to expand coverage to over 40,000 miles of roads across fourteen states, to provide:

  •  Real-time traffic information for nearly 300 miles of freeways in Maine, New Hampshire, Massachusetts, and Connecticut

  • Maryland, Rhode Island and the District of Columbia join North Carolina, South Carolina and Virginia with complete real-time coverage of freeways and select arterials state-wide

  • Introduce a set of next generation data-driven services accessible on the monitoring site by 600 professionals from more than twenty coalition member agencies

  • Ability to meet multiple existing and emerging federal requirements. VPP is helping member agencies meet Real-time System Management Information Program (RTSMIP) requirements for monitoring traffic flows along interstates and other major highways by late 2014. VPP is also enabling member agencies to assess the performance of their transportation system in the areas of congestion and reliability, key new requirements in MAP-21.

  • A continuously updating historical archive covering 40,000 miles of road dating back to 2009
 “Our ability to continue expanding this program is a direct result of the proven value the project delivers for member states in terms of improved operations, better planning and performance measurement,” said George Schoener, Executive Director, I-95 Corridor Coalition. “By expanding coverage to four New England states for the first time, nearly every coalition state is tapping the VPP to meet their operational needs as well as the new performance measurement requirements of the recent federal legislation, MAP-21.”

The VPP expansion is funded from a US$3.2 million grant from the FHWA, competitively awarded under FHWA’s Multistate Corridor Operations and Management Program. First operational in 2008, with 1,500 miles of coverage in six states, the VPP now covers nearly 8,000 miles of freeways and 32,000 additional miles of state highways and arterials in fourteen states. The VPP uses crowd-sourced traffic data and advanced analytics techniques to turn billions of data points into insights that are transforming the manner in which member states build, manage and measure their road networks. Real-time speeds and travel times are provided for 65,000 road segments over the 40,000 centerline miles, updated every minute.

Since it was first implemented in 2008, the VPP has achieved 99.8 per cent data availability in support of dozens of traffic and incident management, traveler information and performance measurement/planning uses by the coalition. In the largest ongoing test of traffic data accuracy in the world, INRIX real-time traffic information has been found accurate within 2.5 mph on average over the last four years.

“Better information means improved operations, more precise planning and better performance measurement,” added Rick Schuman, Vice President/General Manager of Public Sector, Inrix. “We look forward to continued collaboration with the coalition and its member agencies to better serve the travelling public.”

Added Schoener, “Through the vehicle probe project, states are meeting the federal government’s requirements for tomorrow’s transportation systems now. It exemplifies what successful public partnerships and public-private partnerships are all about - results.”

For more information on companies in this article

Related Content

  • US eyes European model for Illinois toll road upgrade
    May 30, 2014
    David Crawford welcomes the adoption of European-style ITS technology by the US. The Jane Addams Memorial Tollway in Illinois, US is well on the way towards becoming a ‘smart traffic corridor’, taking full advantage of active traffic management (ATM or ‘managed lanes’) technology that originated in Europe. It is one of the first American toll roads to do so; preliminary work began in 2014 and will continue through to 2016. Jane Addams is one of four toll roads operated by the publicly-owned Illinois State T
  • Integrated corridor management 'to enhance travel efficiency'
    August 29, 2012
    New systems of software are coming together to form the technological backbone of a project that will apply practically to one corridor in Dallas, but influence travel across a wider area. Dallas Area Rapid Transit (DART) is the lead agency for an extensive Integrated Corridor Management (ICM) project in Dallas, covering an area stretching north east of downtown Dallas, 20 miles long by two miles wide. The corridor is defined loosely by the US-75 freeway and DART’s light rail ‘red line’. These are the theor
  • No compromise on workzone safety
    January 14, 2022
    The National Work Zone Memorial is a sobering reminder of the dangers of working on US highways. More accurate and timely information can help reduce risks, explains One.network’s Simon Topp
  • US enforcement regulation to deliver clearer guidelines?
    February 2, 2012
    Jim Tuton of American Traffic Solutions looks at the evolution of automated enforcement in North America "Technological regulation will become more sophisticated at the federal level, giving states clearer guidelines" Jim Tuton In just 20 years, photo enforcement in North America has grown from a single speed camera in a small town in Arizona to thousands of photo traffic enforcement cameras which are now operating in 350 communities spread across 27 states and three Canadian provinces. Most of these p