People become safer drivers.
Managers run efficient fleets.
Our roads become safer.
Learning from mistakes before they cost someone their life is critical for drivers operating heavy machinery or carrying passengers. Small mistakes can have huge consequences. Make sure your drivers are representing your company in a positive way when they are on the road.
“idrive’s platform is proven to build driver skills and change risky behavior. We believe that driver behavior is key to the success of your business, has the biggest impact on your fleet’s efficiency and is directly correlated to the amount of preventable accidents.”
Sean O’Neil, CEO
Data collected from hundreds of millions of videos and miles of driving is routinely analyzed through our deep learning algorithms to auto-detect unsafe driving behavior and prevent accidents in real-time.
Tracking more than 100 driving behaviors and maneuvers from acceleration, braking, cornering, lane handling and speeding idrive analyzes and translates risky driving events into a safety score for managers to track driver performance by driver, fleet and even a team.
The risk of an accident greatly increases when the driver is not paying attentaion to the road. Distracted driving detection monitors the driver for distractions and can trigger events and in-cab alerts.
Drowsiness behind the wheel affects everyone, but no one greater than those who drive for a living. The AI Cam monitors for drowsiness and can alert the driver with a loud beeping noise.
Facial Recognition is the apex of human identification and idrive’s engineers have designed an extremely accurate system that is embedded on the AI Cam, automatic, accurate, reliable and requires zero cooperation from the driver.
– Identifies the driver and assigns them to all events and data during their shift.
A passenger vehicle traveling at a speed of 65 miles per hour would take 316 feet to stop (about the length of a football field). This distance nearly doubles for vehicles weighing 80,000 pounds. Keeping safe distance increases fuel efficiency and prevents drivers from unexpected collisions. When drivers breach the SDW, an event is recorded for review so you can train drivers to increase their buffer of previous seconds. SDW is based on advanced artificial intelligence and can detect distance, vehicle proximity, direction and other objects in the road ahead and notify drivers to reduce speed.