White paper: Providing vocation insights to transportation planners

Making informed transportation decisions requires a deeper understanding of traffic patterns and anomalies. A contextual factor that plays an integral part in aiding these decisions is vocation – understanding not just traffic volume but the vehicle’s purpose on the road.

Vocation, along with other contextual insights, are a key part of the Geotab ITS Altitude platform. Use ITS data to understand why vehicles are on the road, enabling better decisions that enhance traffic flow and support commercial freight activity.

Case Study: New York City Department of Transportation for Geotab ITS

The New York City Department of Transportation (NYC DOT) manages one of the world’s most complex urban transportation networks, overseeing 6,300 miles of streets and highways with the dual goals of safety and efficiency for its population of 8.8 million people.
Vision Zero, the citywide initiative aimed at reducing and ultimately eliminating all traffic-related deaths and injuries, is integrated into all aspects of NYC DOT operations.

Case Study: Blackbird Security Unlocks Efficiency Through TrackTik’s Automation

Blackbird Security is one of Canada’s fastest-growing providers of professional security services. When the company started in 2015, the focus was local to their then-only headquarters in Vancouver, British Columbia. As word spread of their security prowess, national retailers like Loblaws, Sephora, and Best Buy took notice. Blackbird Security has expanded across Canada with just over 2,000 employees and an additional head office location in Toronto.

Guide: Understanding Vehicle Movement from A to Z

Transportation engineers and planners often are concerned not only interested in the trips a vehicle takes but also about a vehicle’s ultimate origin and destination. Consider the case of a long-haul truck’s journey from a supply depot to its ultimate destination. This journey could consist of several trips related to the truck’s operation, such as weighing stations, refueling or rest stops. Due to the careful construction of trips, we can flexibly “chain” trips together to see the vehicle's entire journey.