Skip to main content

Enforceable distracted driving solution

Cellcontrol says it has adapted its technology to Class A (SAE J1939), an industry standard that will allow its Cellcontrol system to operate within a variety of fleet vehicles, including commercial vehicles, big rigs, school buses, heavy equipment and other Class A vehicles. Utilising the vehicle's onboard computer, Cellcontrol determines when the vehicle is moving at any speed and, based on a company's distracted driving policy, instantly blocks the use of a driver's cell phone, laptop computer or other m
February 6, 2012 Read time: 2 mins
2292 Cellcontrol says it has adapted its technology to Class A (SAE J1939), an industry standard that will allow its Cellcontrol system to operate within a variety of fleet vehicles, including commercial vehicles, big rigs, school buses, heavy equipment and other Class A vehicles. Utilising the vehicle's onboard computer, Cellcontrol determines when the vehicle is moving at any speed and, based on a company's distracted driving policy, instantly blocks the use of a driver's cell phone, laptop computer or other mobile device.

Mobile phone functions that Cellcontrol can prevent include phone, text, email, Web, push-to-talk and other distracting features. Calling 911 is always allowed as well as incoming texts, emails and calls, which are received but cannot be accessed or responded to while the vehicle is moving. In addition to those features, Cellcontrol will also report idle time, mileage and speed capturing for fleet managers who want to ensure their drivers are following correct company policies and procedures when it comes to the operation of their company vehicle.

Additionally, Cellcontrol enables users to white-list certain numbers to be allowed through the system. For example, a fleet manager can have only calls from his or her company go through to drivers' phones. Users also have the freedom to customise which mobile features they want to prevent. For example, a fleet manager in Austin, Texas, may choose to block only texts and emails (since that is currently Austin city law) but still allow phone calls. Additionally, the technology allows for one phone to be paired with many vehicles.

Related Content

  • June 5, 2014
    New technology is changing the Weigh In Motion landscape
    Exciting new weigh in motion solutions were showcased at Intertraffic. Guy Woodford reports For many years weigh-in-motion (WIM) has been used solely as a filtering mechanism to detect potentially overloaded vehicles, but introductions at Intertraffic may see that change. At the Intertraffic exhibition to unveil its Apollo range of British-manufactured axle weighbridges was Applied Traffic. The in-motion and static axle-by-axle weighing system offers slow speed and portable weighing solutions suitable for
  • October 7, 2013
    ANPR shockwaves emanate from Royston ruling
    Colin Sowman looks at how a ruling regarding ANPR cameras in a small English town could have wide-reaching implications. Superficially it was an easy decision: the local council and traders wanted, and were prepared to fund, automatic number plate recognition (ANPR) cameras installed to deter crime in Royston, a small town (population 17,000) in rural England.
  • October 5, 2016
    Holding the line in the public interest
    The pace of development and trials of driverless vehicles would lead many to believe they are the answer to all transportation problems. They are not – indeed self-driving cars will create more problems than they solve. Autonomous vehicle dominate the transport agenda because big business has launched a public relations battle to convince politicians, law makers and the public at large the driverless technology is unquestionably the solution to road deaths, congestion, poor air quality and other ills.
  • January 30, 2012
    Selecting the right camera for safety or security
    Machine vision systems offer great variety of function and performance. Teledyne DALSA product manager Manuel Romero describes 10 key criteria to aid selection of advanced camera technology for safety or security applications. There are many ways in which machine vision systems can enhance safety and security in transportation, but the ultimate results will only be as good as the image produced. Success relies on correct selection of the camera of such systems, as the features and performance required vary