From the HDT Archives (2018): There Must be a Business Case for New Truck Tech
Truck Platoon in Operation on I-70
A pair of tractor-trailers with automated truck platooning technology is now traveling Interstate 70 between Columbus, Ohio, and Indianapolis, Indiana, delivering shipments for Ease Logistics.

Because the follower truck travels at a closer distance than is typical, the trucks will have a purple light on the cab that is illuminated when they’re in platooning mode to alert law enforcement that they are digitally connected.
Photo: Drive Ohio

The Ease Logistics trucks are equipped with platooning technology provided by Kratos Defense.
Photo: Drive Ohio
A pair of tractor-trailers with automated truck platooning technology is now traveling Interstate 70 between Columbus, Ohio, and Indianapolis, Indiana, delivering shipments for Ease Logistics.
The project is a collaboration between the Ohio Department of Transportation DriveOhio initiative and the Indiana Department of Transportation to advance the adoption of truck automation technologies in the logistics industry across the Midwest.
While the majority of automated vehicle testing to date has been done in regions with warmer and more predictable weather, it’s crucial to assess technology performance in adverse weather conditions to deliver the safety benefits of this technology to residents in the Midwest, according to the Ohio DOT.
Peter Coratola Jr., CEO and founder at Ease Logistics, explained that it has used a “crawl/walk/run” strategy on this project, requiring drivers to complete 260 hours of intensive training to ensure they were fully prepared.
The project was first announced in 2023.
“Through projects like this, we’re not only advancing innovation — we’re helping establish Ease and our region as national leaders in transportation.”
What Happened to Truck Platooning?
At one time, major truck makers as well as startups were investing in truck-platooning development, touting improved fuel efficiency and safety, reduced stress on the driver in the following truck, and as a stepping-stone to fully autonomous vehicles with having one driver control two trucks.
However, companies such as Volvo Trucks North America and Daimler Trucks eventually dropped their platooning projects.
In 2018, Daimler Trucks North America's Martin Daum said in a speech that platooning might not be the holy grail, and by 2019 had officially said it would focus on autonomous technology rather than platooning.
In 2019, Hendrickson's Jeff Sass, who had previously worked for Navistar, told attendees at Heavy Duty Trucking Exchange, "I just don't see a place for platooning in our industry in the near future."
Later, truck-platooning startups such as Peloton and Locomation disappeared. Peloton ceased operations in 2021 and Locomation sold its AI autonomous trucking solutions business in 2023.
The technology behind the Ohio truck platooning project comes from a company that is adapting it from military use.
How Does the Ease Logistics Truck-Platooning Technology Work?
The Ease Logistics trucks are equipped with platooning technology provided by Kratos Defense. This technology electronically links the two vehicles and allows the driver of the lead vehicle to control the speed and direction of the second truck, enabling it to precisely follow the path of the leader.
During portions of the I-70 trips, the follower truck will automatically steer, accelerate, and brake.

The trucks are also equipped with cameras and sensors for object detection that enable the following vehicle to automatically adjust its speed, or stop, if another vehicle or object moves in between the trucks.
Source: Drive Ohio
Professional drivers will be in the driver’s seat of both trucks throughout the deployment and can turn off the technology system and take over if needed.
The trucks are also equipped with cameras and sensors for object detection that enable the following vehicle to automatically adjust its speed, or stop, if another vehicle or object moves in between the trucks.
Because the follower truck travels at a closer distance than is typical, the trucks will have a purple light on the cab that is illuminated when they’re in platooning mode to alert law enforcement that they are digitally connected.
Military Technology Adapted for Truck Platooning
“At Kratos, we have adapted advanced automated truck platooning technology — originally developed for the U.S. military — to address critical challenges facing commercial logistics, agriculture, energy, and mining sectors, all vital to national security.” said Maynard Factor, VP of Business Development at Kratos Defense.
“This project offers a real-world opportunity to demonstrate how proven automated driving systems can increase safety, strengthen supply chain resilience, and ensure economic vitality.
“Operating along the I-70 corridor between Ohio and Indiana enables us to showcase performance in complex, all-weather conditions essential to Midwest freight operations and accelerates readiness for broad adoption. This marks a significant step forward in bringing scalable, next-generation automation to the industries that keep the nation moving.”
Ohio’s Truck Automation Project
Funded in part by a grant from the U.S. Department of Transportation, this multi-year $8.8 million project aims to deploy varying levels of automation and integrate these technologies into truck fleets’ daily freight-hauling operations.
“Unlike human drivers, automated vehicles do not drive impaired, text while driving, fall asleep at the wheel, or recklessly speed,” said Ohio State Highway Patrol Captain Chris Kinn.
“The goal of this technology is to take the human error out of the safety equation.”
Later this year, ODOT and INDOT will release a Request for Proposals for additional deployments of automated trucks in Ohio and Indiana.
More Safety & Compliance

ATRI Wants Motor Carriers for Driver-Facing Camera Study
In this new study, the American Transportation Research Institute will explore how driver-facing cameras can impact safety and operational metrics in trucking fleets.
Read More →
Netradyne Intelligence Uses New AI Agents to Automate Response to In-Cab Camera Data
The company called the next-generation in-cab camera safety platform "a fundamental shift from systems that report on what happened to systems that actively drive what should happen next."
Read More →
Mack, Volvo Issue ‘Do Not Drive’ Recall on Possible Wheel-Offs
Owners will be sent advance notice not to operate their affected vehicles until the remedy is performed.
Read More →
Fleetworthy Integrates Lytx Video Snapshots into Safety+ Platform
A new Fleetworthy-Lytx integration gives fleet managers access to video context alongside safety event data, streamlining driver coaching and incident review.
Read More →How Waste Connections is Using Data, Telematics, and AI
How do you manage and maintain more than 18,000 connected trucks? Data. Lots of it.
Read More →
Fleet Advantage: Top Logistics Fleets Outperform National Safety Benchmarks
Fleet Advantage's latest TRUST Safety Index found leading logistics fleets maintained significantly lower out-of-service rates and stronger safety scores than national averages, while highlighting persistent challenges related to tires, brakes, and unsafe driving behaviors.
Read More →
Why Fleet Data Matters More Than Ever at Waste Connections [Watch]
Waste Connections' Chuck Palmer explains how telematics, predictive maintenance, safety analytics, and AI help keep vehicles on the road and drivers safe in this episode of HDT Talks Trucking.
Read More →
Short Takes: How K&B is Using AI
Fleets need to "get on board the train" with AI, says Lance Evans of K&B Transportation in this HDT Talks Trucking Short Takes episode.
Read More →Short Takes: Inside K&B’s Truck Safety Tech
Listen to learn how K&B Transportation uses cellphone-blocking technology, speed management systems, weather geofencing, bridge avoidance tools, and more to improve driver safety.
Read More →
The Biggest Gap in Driverless Trucking Isn’t Tech. It’s Safety Validation
Nauto’s Stefan Heck says autonomous trucks are advancing quickly but proving they’re safe enough for large-scale deployment may be the industry’s hardest challenge.
Read More →
