TrafficScience is the software platform that ITIS has developed over several years to support diverse applications which ITIS and our partners develop. These applications deliver information through a variety of media (web, mobile phone voice messages, short message text, e-mail, radio, digital, phone) to enable users to get information about their journeys which is timely and accurate.
TrafficScience produces reliable, high-quality real-time and historical traffic information, suitable for a range of applications and users. Our patented FVD® technology gives us a distinct advantage in providing detailed information that covers wide geographic territories - often nationally - at a lower cost than was previously possible. To our partners, our software platform is the basis for their applications, generating new and increased revenue streams.
TrafficScience operates on a COLLECT » DETECT » PUBLISH model.
Go to the Resources section find out more about the architecture of TrafficScience.
TrafficScience uses ITIS’ patented Floating Vehicle Data (FVD®) technology, which collects anonymous location data from devices travelling within mobile phone networks and GPS enabled fleets. This data can be collected over a wide area – typically nationally – and allows road network operators to monitor real time traffic information over far greater geographic areas and monitor much smaller classes of road than can be done with fixed-sensor systems.
While FVD® technology is accurate enough to be used by itself, TrafficScience can combine FVD® data from other sources such as traditional fixed sensor equipment and journalistic information from eye witness reports. This rich data set can be analysed to produce traffic information of great precision and accuracy.
ITIS’ FVD® data collection does not require any fixed roadside equipment and as a result, the cost to install and maintain TrafficScience is significantly reduced vs. fixed equipment. The timeliness and quality of traffic information for road users and road network operators is significantly improved.