Adept Driver presents neurocognitive training to reduce crash risks

Adept Driver (Adept) has delivered its targeted neurocognitive training to help reduce vehicle accidents caused by driver distraction and complacency at the annual Transportation Research Board Annual Meeting, in Washington DC on 7 January 2018. The program is designed to provide drivers with the skills to take control of the vehicle when emerging technology fails without warning. Additionally, Adept has integrated a semi-autonomous vehicle (SAV) training program into its TeenSmart and Lifelong Driver
January 9, 2018 Read time: 2 mins

Adept Driver (Adept) has delivered its targeted neurocognitive training to help reduce vehicle accidents caused by driver distraction and complacency at the annual Transportation Research Board Annual Meeting, in Washington DC on 7 January 2018. The program is designed to provide drivers with the skills to take control of the vehicle when emerging technology fails without warning.

Additionally, Adept has integrated a semi-autonomous vehicle (SAV) training program into its TeenSmart and Lifelong Driver programs to highlight the current limitations of the technology and the dangers of driver complacency.

Dr. Richard Harkness, CEO of ADEPT Driver, said: "Adept Driver pioneered psychometric-based driver simulations that strengthen neurocognitive pathways used for visual search, hazard detection, judging safe gaps in traffic, escape route identification and risk assessment. We have been analysing data for over two decades. Our assessment and training paired with in-vehicle monitoring devices such as mobile apps and telematics will set a new standard in driver safety. Visual cognitive awareness and crash avoidance skill training is now more important than ever as new technologies emerge and mobile device distraction continues to be a significant cause of crashes on our highways."

"If you think cell phone use is dangerously distracting, wait until drivers become complacent with self-driving technologies and are not paying attention to the driving environment at all and then the technology fails," Harkness added.


UTC

Related Content

  • November 2, 2017
    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.
    Read More
  • September 17, 2014
    Apple iWatch to significantly impair driving performance says IAM
    Leading road safety charity the Institute of Advanced Motorists (IAM) is warning drivers about the potential risks associated with smart watches while driving. The latest piece of wearable technology from Apple will allow users to make and receive calls, check messages and monitor their health by operating the device on their wrists. However, the IAM warns that this could significantly impair driving performance – a major cause for distraction and road accidents.
    Read More
  • November 20, 2015
    Multi-tasking at the wheel a potentially fatal myth, finds IAM
    Expert psychologists have concluded that multi-tasking whilst driving is a myth – and the most dangerous of those driving multi-tasks is texting and talking on a mobile phone, according to a new report produced by the Institute of Advanced Motorists (IAM) and the Transport Research Laboratory (TRL). The research focuses on the dangers involved when drivers try and engage in more than one task, indicating this can have a ‘detrimental’ effect on the quality and accuracy of driving performance. The find
    Read More
  • August 19, 2019
    TRL: In-vehicle tech is developing – but the driver isn’t
    The evidence base for distracted driving has failed to keep up with technological developments, argue TRL’s Neale Kinnear and Paul Jackson. New research is urgently needed
    Read More

Highlighted Content