Seattle, Wash. – GreenRoad and Zonar, leading fleet telematics providers, completed an agreement to offer GreenRoad’s real-time driver feedback and driver behavior monitoring application on Zonar’s 2020 mobile tablet.
The GreenRoad application provides Zonar customers with a robust set of driver behavior tools that help increase fuel economy, safety and fleet efficiency. Features of the application targeting driver self-improvement include:
– Aggressive driving in-cab alerts
– Driver scoring in five safety categories
– Online accounts for self-assessment
– Motivation and incentive programs
At the management level, powerful analytic tools identify drivers at risk or in need for training, potentially hazardous areas and problematic safety trends.
The 2020 tablet is the first transportation-centric telematics platform to offer the integrated GreenRoad solution. It joins a rapidly expanding list of third party mobile applications available on Zonar’s Android device including Drivewyze and ALK CoPilot.
“We are proud to partner with Zonar. The collaboration is an additional vote of confidence in our leading driver behavior technology and the impact it has on fleet safety,” commented Zeev Braude, CEO at GreenRoad.
“The GreenRoad application provides a new set of tools to improve driver behavior directly within the 2020 tablet,” said Vikas Jain, COO at Zonar. “Fleets using the 2020 are expanding the use of the mobile platform to streamline and improve a variety of driver functions. And when it comes to driver real-time performance feedback, we believe GreenRoad is one of the best applications on the market.”
Built on an open, secure Android platform, the 2020 tablet is a versatile foundation for application development and driver productivity improvement. The tablet is available pre-installed with Zonar’s electronic vehicle inspection reporting (EVIR), Hours-of-Service (ZLogs), ALK commercial navigation and two-way messaging. Fleets can expand their use of the 2020 with third party and custom applications specific to their operation.