Skip to main content

Utah DoT chooses Econolite & Ouster for Lidar traffic management

Ouster's 3D digital Lidars are used in combination with its BlueCity platform
By Adam Hill March 13, 2025 Read time: 2 mins
Ouster Lidars will be used at intersections (image: Ouster)

Utah Department of Transportation (UDoT) has hired Econolite to deploy Lidar-based traffic signal detection systems - which work with existing traffic signals - throughout the US state.

The five-year deal will see Econolite using Ouster’s 3D digital Lidar in combination with its BlueCity traffic management platform as part of the Saving Lives with Connectivity: Accelerating V2X Deployment initiative. Econolite has received an initial order for 15 Ouster BlueCity systems. 

The solution will support applications, such as vulnerable roadway user detection and Vehicle to Everything connected vehicle messaging.

Ouster Lidars have recently been used in a similar project in Chattanooga, Tennessee.

“By leveraging Ouster BlueCity and Econolite’s Cobalt controllers powered by Eos, UDoT will be able to leverage real-time insights into traffic flow, multimodal road user behaviours, and potential safety risks," says Jim Madden, Econolite vice president of US sales.  

The deployment dovetails with UDoT’s roadside units and will be managed through an edge computing system.

Itai Dadon, vice president of smart infrastructure at Ouster, says: “By modernising its road infrastructure with Ouster BlueCity, Utah can provide more efficient, more scalable, and safer streets for all road users.”

"The solution will also integrate seamlessly with UDoT’s existing traffic signal system, supporting dynamic traffic signal interventions designed to improve safety for vehicles, bicyclists and pedestrians," Madden adds.

Ouster BlueCity combines Ouster's Lidar with AI perception software and data analytics to create a real-time digital traffic twin of an intersection or road. 

The solution provides reliable 3D detection, classification and tracking of multimodal road users in adverse weather and lighting conditions. The cloud-based dashboard makes lidar data available 24/7, requiring no other external aggregated data sources or manual data collection efforts. In addition, the solution is non-invasive and typically requires no road closures or ongoing maintenance.   

USDoT's Federal Highway Administration gave Utah a grant to lead the Connected West Project, spanning Utah, Colorado and Wyoming to serve as a national model to push new deployments of V2X technologies.

For more information on companies in this article

Related Content

  • WEBINAR: Iteris and Cisco look at modernising intersections
    July 17, 2020

    Iteris and Cisco are jointly hosting a webinar on 28 July which takes a look at practical solutions to modernising intersections.

    The companies say: "Whether you are a veteran traffic engineer or are just starting your career, solving today’s transportation challenges is well within reach through the use of smart mobility technologies."

  • Asecap Days 2024: Getting used to the new normal
    August 27, 2024
    Asecap Days 2024 in Milan focused on environmental protection of road infrastructure, digital twin-based maintenance and monitoring of highways as well as the impact of electric vehicles, reports David Arminas
  • Cohda Wireless: 'New York has the best urban canyons'
    July 21, 2020
    Dr Paul Alexander, chief technical officer of Cohda Wireless, talks to Adam Hill about DSRC versus C-V2X, global connected vehicle take-up, the uses of WiFi – and, of course, seeing round the Big Apple's buildings...
  • Econolite introduces bicycle differentiation software upgrade
    April 22, 2015
    Econolite has introduced its Autoscope software release Version 10.5.0 with Cyclescope, the latest free Autoscope software upgrade that provides enhanced bicycle differentiation accuracy. Cyclescope is compatible with all existing Autoscope Solo Terra, RackVision Terra, Encore, and Duo detection systems. Cyclescope enables bicycle-differentiated detection in support of bicycle minimum green signal programming, a green signal interval length to accommodate and help ensure that bicycles can safely cross an