Latest News
HomeRegional NewsEuropeNTIS selects INRIX Real-Time Travel Time Information for its national traffic information service
Technology

NTIS selects INRIX Real-Time Travel Time Information for its national traffic information service

NTIS selects INRIX Real-Time Travel Time Information for its national traffic information serviceLandmark service first to integrate road sensor and floating vehicle data for managing a country's road network.

INRIX announced at the 19th World Congress on Intelligent Transportation Systems (ITS) it has been awarded a multi-million dollar contract by Network Information Services Ltd (NIS) in England to provide real-time traffic speed and travel time information for the Highways Agency’s National Traffic Information Service (NTIS).

As the information hub for the Strategic Road Network (SRN), the NTIS is the backbone of the English road network consisting of 4,300 miles of motorways and major A-roads carrying one-third of all traffic and two-thirds of all freight nationwide. In addition to processing all Highways Agency traffic sensor data used in daily operations for the duration of the contract, INRIX will analyze sensor data in combination with real-time
Floating Vehicle Data (FVD) collected from across the country’s strategic highway network for the goal of delivering better real-time traffic information and travel times.

“The NTIS is truly a worldwide showcase demonstrating how the public and private sectors working together can deliver improved services at lower cost to taxpayers,” said Bryan Mistele, President and CEO, INRIX. “INRIX provides transportation agencies with a model for how to cost-effectively improve daily operations to better serve the people and businesses depending on it.”

The NTIS contract, awarded by the Highways Agency last year, replaces the traffic data processing and publication elements of the Birmingham, UK-based National Traffic Control Centre, with the goal of providing improved services at reduced cost. INRIX furthers these efforts in several ways:

  • Better Traffic Information and Traveler Services: While much of the SRN has road sensors, the spacing of those sensors varies – often at great distances –making it difficult to see the exact location of where queues begin and end. By analyzing sensors in combination with FVD, INRIX provides consistent and precise junction to junction information across the entire SRN, helping pinpoint queues and their impacts for drivers and traffic operations staff faster than sensors alone. The new “beta” map on the Highways Agency web site showcases this in operation.
  • Increased reliability, faster processing: INRIX is implementing next-generation high speed data processing specifically for the NTIS, ensuring that data gets from the road/vehicle to the National Transportation Operations Coalition operators and end users in less than a minute. The NTIS will also benefit from INRIX’s resilient architecture which offers improved reliability of the data stream.    
  • Wider coverage: INRIX also will provide FVD services for areas of the SRN where sensor data is not available helping NTIS operators see and understand potential traffic-impacting events on roads connecting with the SRN.
  • New services: INRIX also will test for NTIS a process for combining sensor and FVD data in a way that allows for next generation traffic data services such as “return to normal” that predicts the amount of time it takes to restore typical travel conditions following a major accident or other incident.
News Editor - TravelDailyNews Media Network | + Posts

Tatiana is the news coordinator for TravelDailyNews Media Network (traveldailynews.gr, traveldailynews.com and traveldailynews.asia). Her role includes monitoring the hundreds of news sources of TravelDailyNews Media Network and skimming the most important according to our strategy.

She holds a Bachelor's degree in Communication & Mass Media from Panteion University of Political & Social Studies of Athens and she has been editor and editor-in-chief in various economic magazines and newspapers.

08/05/2024
07/05/2024
06/05/2024
03/05/2024
02/05/2024