Skip to main content

Amey trials wearable biometric safety technology from Fujitsu

UK contractor Amey said it has successfully conducted trials of wearable biometric and location device safety technology that could reduce risks to drivers and lone workers. The technology was provided by Fujitsu. It included a collar drowsiness detector and ear clip, measuring changes in blood flow which are indicators of attention loss and an initial sign of fatigue. The small units detect when the body is under stress and help workers raise instant alarms at the touch of a button.
February 9, 2018 Read time: 2 mins
UK contractor 2958 Amey said it has successfully conducted trials of wearable biometric and location device safety technology that could reduce risks to drivers and lone workers.


The technology was provided by 7257 Fujitsu. It included a collar drowsiness detector and ear clip, measuring changes in blood flow which are indicators of attention loss and an initial sign of fatigue. The small units detect when the body is under stress and help workers raise instant alarms at the touch of a button.

A rugged band worn around the wrist monitors vital signs and environmental factors. This alerts employees to signs of heat stress. It also provides other valuable information, such as a sudden change in posture indicating a trip or fall, and the wearer’s exertion level.

Finally, a location badge can be activated by the wearer to send an alert, allowing help to be dispatched far more quickly and accurately in the event of a threat or injury. Amey - part of the 2717 Ferrovial Group – is looking to evaluate other safety devices and suppliers of similar products, said Mike Kehoe, Amey’s principal engineer for intelligent transport systems. “Our eight-week trial on 8100 Highways England’s North East Regional Technology Maintenance Contract really put the technology through its paces. Every member of staff on that contract drives a vehicle and can be out at any time of the day or night, in all weathers or in locations like embankments and next to live traffic.

“We found that the tech is transferable to other situations and could potentially provide a wealth of data about the wellbeing of our people which will help us improve general safety,” said Kehoe. “We have more work to do to evaluate the market and look at ways to make the tech useable every day for our people.”

For more information on companies in this article

Related Content

  • New bitumen technologies and developments around the world
    May 16, 2016
    From expanding bitumen operations in India to groundbreaking mixes in Italy, stronger roads in South Africa to high RAP content in Germany, this month we bring you stories of advancing technology from around the world - Kristina Smith reports Technology from Austrian engineering company Pörner will soon be responsible for almost two-thirds of India’s bitumen production. In December last year Pörner signed the deal with HPCL-Mittal Energy, a joint venture of Hindustan Petroleum Corporation and Mittal Energy
  • ARTBA calls for improved road safety
    April 17, 2019
    The American Road & Transportation Builders Association (ARTBA) is calling for a fundamental shift in how the US approaches road safety. ARTBA is emphasising the need to design and build a transportation network that better compensates for error so that drivers, passengers, workers and other road users do not pay for behavioural mistakes with their lives. The association submitted written testimony to a House Highway & Transit Subcommittee hearing, “Every Life Counts: Improving Safety of our Nation’s R
  • Meeting the IRF Fellows and hearing of their positive experiences
    April 23, 2019
    Morgan Morris, a master’s student at the University of Central Florida, recounts her life-changing experience as President of the 2019 Class of IRF Fellows After the short span of a week, a graduate research IRF Fellow transforms into an approachable, professional leader overflowing with inspiration and ideas. “In some ways, attending the IRF Fellows Road Scholar Program is comparable to going to an all-you-can-eat sushi buffet. You are not sure what exactly you signed up for, but in the end, you rea
  • Road repairs take to the air
    November 29, 2018
    Automated road repairs using 3D printing could save money and reduce disruption, reports Kristina Smith It’s the middle of the night and in the street below a team is busy carrying out repairs to the road surface. But there isn’t a human in sight. A road-repair drone has landed at the site of a crack and a 3D asphalt printer is now busy filling in that crack. A group of traffic cone drones have positioned themselves around the repair location to protect the repair drone and divert traffic around it.