The state named Cavnue LLC to lead the effort, which will focus on improving safety, easing congestion, and testing connected freight systems in real-world conditions.

What This Pilot Is Designed to Do

This project marks the first time TDOT is dedicating a full initiative to smart freight technology. Instead of testing in controlled environments, the work will happen on an active freight corridor where traffic, delays, and day-to-day challenges are already part of the job.

“This project is TDOT’s first dedicated smart freight initiative, allowing the department to partner with Cavnue to test smart freight technologies in real-world conditions while the state maintains control of the roadway, data, and future decisions,” TDOT said. “In the coming months, the firm will begin project planning and design work under TDOT oversight. Upon TDOT approval, the project will advance to temporary on-road testing, followed by a final evaluation to inform future freight and infrastructure decisions.”

The goal is straightforward. Gather real data from actual operations and use it to guide long-term decisions on infrastructure and freight movement across the state.

What Will Happen on the Corridor

The pilot will roll out in phases, starting with planning and moving into live testing. Work includes:

• Detailed analysis of the corridor and existing infrastructure
• Development of how the system will operate day to day
• Installation of temporary roadside and in-cab technology
• Collection of real-time traffic and freight data
• Evaluation of safety performance and operational impact
• Ongoing coordination with stakeholders

This stretch of I-40 is already one of the busiest freight routes in Tennessee, and that traffic is only expected to increase with continued industrial growth around Blue Oval City.

“The I-40 corridor serves one of Tennessee’s busiest and most economically vital freight routes,” TDOT said. “With rapid industrial growth in West Tennessee, including major investments in and around Blue Oval City, freight volumes are expected to continue to increase in the coming years.”

Why This Matters for Freight Movement

The pilot is designed to answer some key questions about how emerging technology can actually perform under pressure. That includes whether connected systems can help reduce backups, improve response times during incidents, and make overall traffic flow more predictable.

TDOT is also looking at how these systems can work across multiple fleets, not just a single carrier or test group.

The full pilot is expected to run through 2028, covering everything from early design to a full year of performance evaluation once testing is complete.

A Step Toward Long-Term Changes

State leadership is framing this as part of a broader push to keep infrastructure aligned with how freight is evolving.

“Tennessee continues to lead the nation in building an innovative and efficient transportation network,” said Governor Bill Lee. “This pilot strengthens one of our most important freight corridors and supports continued economic development in West Tennessee. By embracing new technology, we’re ensuring our infrastructure keeps pace with the needs of Tennesseans and the industries that drive our economy.”

Transportation officials also see this as groundwork for what comes next.

“This pilot represents a forward-looking investment in Tennessee’s freight network and an important step toward preparing our infrastructure for the next generation of freight mobility,” said Will Reid, TDOT commissioner.

What Comes Next

The project is now moving into its planning and design phase, with testing to follow after state approval. More updates are expected as the work progresses.

For now, this corridor will serve as one of the first real looks at how connected freight technology performs where it matters most, out on the road with live traffic and active loads.

The post Tennessee Launches Smart Freight Corridor Pilot on I-40 Between Memphis and Blue Oval City appeared first on Truck Drivers USA.

On the July 21 episode of What the Truck?!?, host Thomas Wasson sat down with Todd Waldron, Truckstop.com’s Vice President of Carrier Experience, to dive into how new tech—especially AI—is transforming logistics.

“Truckstop.com has been a staple of this industry since before I started my career in logistics, so to be here for a milestone like this is incredible,” Waldron reflected.

Over the years, Truckstop.com has evolved from a simple load board to a tech leader, focusing on smarter, safer, and more efficient freight movement. Recent advancements, particularly AI-powered tools, are a game-changer.

According to a recent survey by Truckstop.com, 60% of drivers feel optimistic about the future of freight. Waldron believes technology plays a huge role in this mindset. “Technology is giving carriers greater control, more security, and higher efficiency, and is leading to this positive outlook,” he said.

Freight fraud remains a top concern, but new prevention tools are making a difference. More than half of carriers report better fraud detection thanks to technology.

“We’re seeing the biggest impact in freight fraud prevention and route optimization, and more than half of drivers say that fraud prevention efforts have significantly improved,” Waldron explained.

Truckstop.com’s multi-layered security approach is paying off, with customers experiencing a 45% drop in fraud compared to last year.

While truckers have a reputation for being cautious about new gadgets, younger drivers especially are warming up to tech. “One time I had a driver who would foil wrap his driver tech unit because he didn’t want to be watched,” Waldron joked. But today, about 70% of drivers under 35 feel comfortable using these tools.

Data and AI aren’t just buzzwords—they’re changing how decisions are made on the road and behind the scenes. Predictive analytics help foresee maintenance needs and improve dispatch, making a tangible difference in drivers’ daily routines.

“Drivers now feel like they’re achieving value from these tools,” Waldron shared.

Looking ahead, Waldron sees collaboration as the next big frontier. “How do we leverage our strengths to be more efficient together?” he asked. His vision? A logistics ecosystem where partnerships drive innovation, not just competition.

Even with all the tech advances, relationships and trust still top the list for many industry veterans. That’s why Truckstop.com’s reputation matters so much.

“73% of carriers say that Truckstop.com is a brand that they trust, and 69% believe we will lead the freight industry for the next thirty years,” Waldron said. “That kind of longevity makes it exciting to talk about this technology landscape, and it gives us confidence to continue working on new solutions in the future.”

As Truckstop.com looks forward to its next 30 years, the focus remains on blending technology, security, and teamwork to keep the supply chain moving smarter and safer than ever before.

Image Source: Truck Stop
Source: FreightWaves

The post Truckstop.com Marks 30 Years of Driving Innovation in Logistics appeared first on Truck Drivers USA.

Advancing Automation with Strategic Cooperation

This initiative stems from a partnership between the Ohio Department of Transportation (ODOT)’s DriveOhio program and the Indiana Department of Transportation (INDOT). The goal? Pave the way for broader adoption of automation in the American Midwest’s logistics sector.

Historically, testing for automated vehicles has been concentrated in regions with stable, predictable weather. However, ODOT emphasizes the necessity of validating these systems under harsher conditions to ensure safety and reliability, particularly in environments like the Midwest, which is prone to adverse weather patterns.

How Platooning Works

The two Ease Logistics trucks are equipped with advanced platooning technology from Kratos Defense. This system electronically links the two vehicles, allowing the lead truck’s driver to manage both speed and steering for its partner vehicle. During stretches of the trips, the follower truck will automatically handle essential functions like steering, braking, and adjusting speed.

Despite the automated capabilities, professional drivers always remain in the driver’s seats of both trucks. These drivers can take complete control of their vehicles if needed by disabling the automated systems.

“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.”

Factor also highlighted the value of demonstrating these systems along the Columbus-to-Indianapolis corridor, noting the importance of testing in complex, variable weather conditions. “to showcase performance in complex, all-weather conditions essential to Midwest freight operations and accelerates readiness for broad adoption.”

Smarter Trucks for Safer Roads

The trucks are also outfitted with cutting-edge sensors and cameras that allow the following vehicle to detect objects and adjust speed or stop if anything enters the space between the two trucks. Unlike traditional truck formations, the closely-platooned follower truck maintains a much shorter gap than usual. To ensure transparency, a purple light on the cab indicates when the platooning mode is engaged, alerting law enforcement and nearby drivers that the trucks are digitally connected.

Funding and Broader Goals

This deployment is just one element of a multi-year, $8.8 million endeavor funded partly by a U.S. Department of Transportation grant. The overarching aim is to integrate platooning and other automation technologies into regular freight-hauling workflows, experimenting with various automation levels to uncover their full potential in trucking fleets.

Source:  Commerical Carrier Journal
Source Image: SAE International

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