Skip to main content

SmartDrive launch new suite of sensors to tackle high-risk driving behaviour

SmartDrive Systems has introduced its SmartSense for Distracted Driving (SSDD), the first in a new line of intelligent sensors that are designed with the intention of identifying dangerous driving habits and intervening with drivers before a catastrophic event occurs. It uses computer vision-based algorithms along with SmartDrive’s video analytics platform to recognize when a driver is distracted.
November 2, 2017 Read time: 3 mins
639 SmartDrive Systems has introduced its SmartSense for Distracted Driving (SSDD), the first in a new line of intelligent sensors that are designed with the intention of identifying dangerous driving habits and intervening with drivers before a catastrophic event occurs. It uses computer vision-based algorithms along with SmartDrive’s video analytics platform to recognize when a driver is distracted.


When combined with the SmartDrive program and its extended recording capability, SSDD informs fleets of what led the driver to distraction, how it manifested, and the outcome; enabling them to provide detailed feedback and actionable coaching to improve driver safety.

These purpose-built sensors combine with engine computer data, telematics, accelerometer and SmartDrive analytic data. Through a reviewed video and training database of over 200 million analysed driving events, the sensor’s algorithms can be tuned to optimise triggering efficacy and system performance.

SSDD interprets driver cues proven to indicate distraction such as head and eye movements and triggers a video whenever distraction, inattention or drowsiness is detected, which is prioritized and offloaded for immediate verification and intervention, allowing fleets to act quickly.

Other features include purpose-built hardware with infrared sensors that capture distraction even when sunglasses are worn as well as in-cab alerts when distraction or inattention occurs. In addition, it features a prioritized review and risk scoring for video distraction events and integrates with the SmartDrive video safety program.

Video evidence from the SmartDrive library has revealed that drivers who engage in distracted driving frequently demonstrate an over-reliance on their ability to respond to dangerous situations, should they occur, such as putting themselves in perceived safe modes prior to texting. In these situations, drivers move to the right lane using cruise control at or below the speed limit, and position themselves in limited surrounding traffic or at a distance that appears safe. Additionally, drivers regularly misjudge the length of time and frequency of their distraction, texting for a longer time period than estimated, as well as diverting their eyes from the road more frequently and for more time than perceived.

Steve Mitgang CEO of SmartDrive, said: “It’s estimated that distracted driving accounts for 10% of all fatal crashes and 17% of all collisions that cause injuries—at a cost of at least $129 billion annually. Given the difficulty of proving distraction as a root cause, these numbers are probably low. With SmartSense for Distracted Driving, we’re tackling this issue head-on by delivering an intelligent sensor tuned specifically to this risk. And, because it’s delivered with our video safety program, fleets finally have both a comprehensive view of the frequency, severity and impact of distracted driving, and a solution to an industry epidemic that costs money and lives.”

UTC

Related Content

  • February 23, 2017
    LiDAR sets its sights on future problems
    AAdvances in LiDAR are helping transport authorities improve services and identify potential problem areas, as geospatial technology expert Dr Neil Slatcher explains. The effects of climate change on the transport infrastructure have long been a cause of concern within the transportation sector - and not only on the structures themselves but also on the surrounding areas. This year, those concerns have become reality with landslides, structural collapses and surfacing issues impacting services across the wo
  • November 23, 2016
    UK motorists concerned about increase in mobile phone use while driving
    Over 86 per cent of UK motorists think distraction caused by mobile phones has become worse in the last three years, according to the second Safety Culture Survey commissioned by road safety charity IAM RoadSmart. In second place was congestion at 81 per cent, reflecting the increasing number of vehicles on the roads as the recession ends. Of the 2,000 UK drivers surveyed, nearly three quarters believed aggressive driving had worsened over the last three years, with more than 60 per cent reporting the
  • November 17, 2014
    Jenoptik supplies sophisticated multi-section control project
    Efficient speed enforcement in the most highly frequented tunnel in Austria on the A7 near Linz. The Bindermichl-Niedernhart tunnel complex on Austrian highway A7 connects the major east/west A1 route from Vienna/ Bratislava to Munich/Salzburg with the A7/ E55 running south from Prague in the Czech Republic. This happens right in the middle of the city of Linz, Austria.
  • March 26, 2014
    Sick shows smart sensors at Intertraffic
    Sick is highlighting three innovations on its stand: an automated hot spot detector, an integrated tunnel sensor and a vehicle profiling system. The VHD Pro (vehicle hotspot detector) combines laser-based 3D modelling and infrared imaging to automatically differentiate between allowable hot spots (such as engines and transmissions) and those which could result in a fire. Without the need for human oversight, the system can detect a worrying hot spot (brakes or load) on a vehicle in less than five seconds. T