Cavnue is the world’s leading smart road developer.

The future of roads is smart, efficient, and automated.

We deliver digital and physical road infrastructure to enable the safe, efficient, and automated transportation of goods and people.

Dashboard displaying real-time traffic data and risk assessments for interstate 94, including a map, cameras, and sensor icons along a highway with multiple vehicles.

We are on a mission to give roads a major upgrade. Leveraging AI-driven insights, Cavnue’s roads enhance awareness, deliver proactive guidance, and optimize road capacity and operations. With intelligent infrastructure, we are redefining the future of road performance.

Outline map of Michigan with its Great Lakes surrounding it, depicted in a simple, minimal style.

Our projects are bringing this vision to life.

In Michigan

Cavnue, in partnership with the Michigan Department of Transportation, built the world’s first connected and automated vehicle (CAV) corridor on Interstate 94.

The Michigan CAV Corridor, focuses on a 39-mile segment on Intestate 94 from Ann Arbor to Detroit. The initial phase involves a three mile segment serving as a proof of concept. This project aims to enhance safety, alleviate congestion, and support the integration of advanced vehicle technologies. By implementing state-of-the-art infrastructure—including sensors, advanced wireless communications, and a comprehensive digital model of the roadway—the corridor is designed to accommodate personal vehicles, public transit, and freight.

Aerial view of a multi-lane highway with cars and trucks traveling in both directions, bordered by green trees and open fields under a partly cloudy sky.
Outline map of the state of Texas with a glowing border.

In Texas

Cavnue is collaborating with the Texas Department of Transportation to build the nation's first smart freight corridor on State Highway 130.

The SH 130 Smart Freight Corridor focuses on a 21-mile segment of State Highway 130 in the greater Austin area. This project integrates advanced roadway technologies to provide connected and automated trucks with critical information about upcoming road conditions, optimizing performance and enhancing safety for all road users. By implementing a network of sensors, cameras, and edge computing infrastructure, the corridor aims to improve traffic flow, increase operational efficiency, and accelerate the adoption of connected and automated vehicles in Texas.

Various vehicles including trucks, cars, and a pickup truck traveling on a highway during daytime with trees and a partly cloudy sky in the background.
Outline map of the state of Georgia, USA.

In Georgia

Cavnue is partnering with the Georgia Department of Transportation to develop a pioneering smart freight corridor on State Route 307.

Cavnue is partnering with the Georgia Department of Transportation to launch the SR 307 Smart Freight Corridor along a 6-mile stretch of State Route 307, linking the Port of Savannah’s Garden City Terminal to Interstate 16. As one of the nation’s most vital freight gateways, this corridor will serve as an initial deployment to evaluate how smart road technology delivers benefits today and prepares for a more automated future. By delivering real-time visibility into traffic operations and roadway hazards, the project aims to improve safety, efficiency, and reliability for freight operators across Georgia’s logistics network.

Aerial view of a busy container port with ships, cranes, and stacks of shipping containers along a river or canal under a partly cloudy sky.

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