Skip to main content

Workzone app deal for One.network in Florida

Contract follows pilot where 2,000 workers were trained to use lane closure system
By David Arminas January 24, 2024 Read time: 2 mins
Cones can come 'too late' to prevent workzone danger, says One.network (© Palms | Dreamstime.com)

Florida Department of Transportation (FDoT) and One.network have agreed that the company will continue providing software and training for the statewide Lane Closure Notification System (LCNS).

The multi-year agreement will help keep road workers and drivers safe in work zones, said One.network.

The management and workzone data technology provider's deal with FDoT comes on the heels of a one-year LCNS pilot programme. One.network trained more than 2,000 employees and construction workers to use the Live Link app to map and publish 16,600 lane closures at construction workzones across all seven FDoT districts.

This was the first statewide deployment of worker-managed safety information sharing anywhere in the US, according to One.network. 

FDoT’s LCNS enables authorised workers to share lane and road closure information with major navigation providers in the US via Live Link, right from the workzone and in near real-time. With a few clicks on a cell phone, workers can close and open the lanes, notify drivers of speed limit changes and announce the presence of workers.

Live Link also populates One.network’s map-based platform, said Simon Topp, chief commercial officer of One.network.

“For us, this is a major validation of our platform,” said Topp. “In the US, more than 800 drivers and workers are killed around road construction sites every year and FDoT recognised the opportunity to reverse that trend.”

One.network said that since the deployment began, other major agencies have expressed interest and some, including the Tampa Hillsborough Expressway Authority, a federally-designated connected and autonomous vehicle test bed, are using it.

He said traffic cones appear too late in the driver awareness cycle and often overhead warning signs come too early. “Our system notifies drivers about workzones with the right information at the right time and it’s managed by the people whose safety is on the line. That’s a powerful combination.”

One.network was recently acquired by UK-based Causeway Technologies.

For more information on companies in this article

Related Content

  • Two wheels good
    June 25, 2018
    As cycling becomes an increasingly popular method for commuting and recreation, what moves are afoot to keep the growing numbers of cyclists safe on ever-more-busy roads? Alan Dron puts on his helmet and pedals off to look. It would have seemed incredible just a decade ago, but cycling in London has become almost unfeasibly popular. The Transport for London (TfL) June 2017 Strategic Cycling Analysis document noted there were now 670,000 cycle trips a day in the UK capital, an increase of 130% since 2000.
  • AI is creating road maintenance savings
    July 30, 2021
    Artificial intelligence is starting to create savings for hard-pressed local authorities when it comes to road maintenance. David Crawford reviews recent advances in cost and performance control
  • On-demand is Denver’s command
    March 6, 2017
    While demand responsive transit overcomes many problems, it has been too expensive to provide for the general public but Denver believes it may have found a solution. Cost-efficiently meeting fluctuating passenger levels within available resources can prove a serious challenge for general publicoriented demand responsive transit. There is growing US interest in this mode - as distinct from the already established use of demand responsive transit for specialised needs, such as paratransit for the disabled –
  • Bringing V2I and V2V communications to workzone safety
    January 26, 2012
    Imran Hayee of the University of Minnesota Duluth's Department of Electrical and Computer Engineering talks about efforts to bring V2I and V2V communications into work zones. With USDOT backing and under the auspices of the ITS Joint Program Office Connected Vehicle Research (formerly IntelliDrive) research programme, M. Imran Hayee of the University of Minnesota Duluth's Department of Electrical and Computer Engineering along with team of his students, have been conducting research into the application of