SmartDrive Sensors & IoT

SmartDrive Safety & Risk Mitigation Benefits

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Understand the root causes of collisions — and near collisions — in your fleet with innovative machine learning and driver safety technology

Caution Drivers

Deliver real-time, progressive alerts to avoid distracted driving, short following, unsafe lane departures, sitting duck situations, and speeding in inclement weather

Pinpoint Dangers

Identify risks by combining purpose-built sensors with computer vision, engine telematics, and accelerometer data

Inattentive Driving+

Identify and eliminate the most dangerous risks impacting your trucking fleet — drowsiness, sleepiness, seatbelt exceptions, smoking, cell phone use, inattentive driving, and eyes off the road. Driving is a skill that requires full attention to safely control a vehicle and respond to events happening on the road. Drowsy, sleepy, or inattentive driving is a dangerous risk to drivers, your fleet, and the public. With next-generation, computer-vision-based algorithms and a purpose-built sensor, Inattentive Driving+ helps you ensure your fleet is safe. Inattentive Driving+ prevents inattention before it causes a collision by:

Providing real-time alerts for drivers when they are inattentive or drowsy
Offloading video safety technology for expert review by a team of experts
Displaying scored and documented video in an easy-to-use coaching workflow for fleet managers and drivers

Sitting Ducks

Lack of available truck parking is one of the top issues facing the industry, which can result in “sitting duck” situations – trucks parked in locations that put drivers and the motoring public at risk. Sitting Duck:

Detects and reports vehicles that have stopped, parked, or stalled in a potentially hazardous location
Provides real-time data to assess the severity of the incident so immediate, corrective action can be taken
Delivers video insight into why and where the driver is stopped or parked

Posted Speeding

23% of truck crashes occurred when transportation drivers were traveling too fast for weather conditions. FMCSA suggests that speeds be reduced by one-third during rainy conditions and one-half during snow conditions. Posted Speeding addresses these challenges by:

Measuring vehicle speed vs. a recommended, or fleet-specified, standard for safe driving in inclement weather conditions
Providing real-time data to assess the severity of driving too fast for conditions incidents – particularly in fog, rain or snow
Alerting drivers of the risks within minutes and recommending the appropriate speed for the conditions

SmartDrive ADAS

A windshield-mounted, computer vision-enhanced video-based safety equipment designed to detect short following, forward collision, and lane departures. The in-cab driver feedback device enables driver self-coaching and real-time risk mitigation via visual and audio alerts when:

The driver is at high risk of getting into a collision with other vehicles
The vehicle unintentionally drifts from its lane
The distance from the vehicle ahead is less than 1.5 seconds
The vehicle speed exceeds the posted speed or fleet-specified threshold

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Avoid collisions in real-time and realize immediate ROI

SmartDrive Safety & Risk Mitigation