Local calibration builds defensible AADT estimates by training volume models on an agency's own ground-truth counts instead of generic regional data, strengthening HPMS/MIRE reporting, corridor studies, and safety analyses along the way.

Bluetooth and radar sensors measure different things and are most effective when used together. Combining roadside sensors with probe-based mobility data gives agencies both location-specific detail and broader network coverage.

Traffic data collection has evolved from manual studies and fixed sensors to large-scale mobility data, with each method offering different strengths and limitations.

Accuracy in big data isn’t a single number, it’s context-dependent, metric-specific, and only meaningful when validated against the purpose it’s meant to serve.

A practical guide to the essential questions every agency should ask to evaluate the quality, transparency, and reliability of a traffic data provider.

As seen in Port Technology International, a guide for how real-time truck data can speed up the supply chain at ports.

With billions of GPS users everyday, floating car data can be leveraged for a variety of use cases to improve traffic management

With billions of users relying on GPS apps every day, floating car data can be leveraged for effective traffic management.

See how connected car data can provide the next generation of surrogate safety analytics for road segments and intersections.

A comparison of what different systems offer for measuring port wait time, including: cost, reliability, installation, and privacy concerns.

5 issues of truck congestion impacting port efficiency and competitiveness and how to solve them.

A guide to 7 different asset tracking technologies, including newer technologies like Bluetooth Low Energy.

4 ways to address transportation equity in roadway design, and why transportation equity is important for sustainable transportation..

8 traffic calming measures to reduce high speeds and cut-through traffic on neighborhood streets.

Comparing location data for location-based services apps and connected car data for low and high frequencies.

A description of the different criteria used to assign LOS scores for different transportation facilities.

A comparison of 6 different counts and classification data collection methods, including radar data, the most advanced method.

A comparison of 5 origin-destination study methods, including newer study methods such as connected car data and MAC address detection.