According to a release issued Tuesday, traffic is expected to rise with the holiday rush, and officials say that means higher risks on the road. “With an increase in traffic comes a greater risk of crashes, and far too many of these crashes occur in work zones,” the release stated.

So far in 2025, there have already been 252 work zone crashes on the Ohio Turnpike. Many of those wrecks were preventable, according to officials.

Troopers say they will keep a sharp focus on violations that lead directly to crashes, especially speeding. Enforcement will include both patrol cars and aircraft watching traffic from above. “This is a necessary step as so far this year, troopers have issued 1,666 citations in turnpike work zones,” the release stated. “Of these citations, 56% were for 20 miles per hour or more over the speed limit, which is way too fast.”

Truck drivers know better than most the importance of slowing down and staying alert in tight construction areas. Simple choices like observing posted limits, watching signage carefully, leaving more following distance, and cutting out distractions “can go a long way in protecting everyone,” according to the release.

Officials added that construction crews are especially vulnerable because they often do not have the protection of heavy barriers. “It’s important to remember that not all workers in work zones are protected by concrete barrier walls,” the Ohio Turnpike stated. “In many cases, only barrels or cones separate roadway workers from vehicles traveling at highway speeds. This limited protection makes it even more critical for drivers to stay focused and cautious at all times while traveling through work zones. Let’s Be Safe Together.”

For truckers running the Ohio Turnpike this holiday weekend, the message is clear: keep it slow, keep it safe, and avoid unnecessary violations that could cost more than just money.

Source: The Trucker

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Manufacturer-driven decision

This adjustment stems from a request by PACCAR Inc., the manufacturer of the heavy-duty truck base used in Aurora’s fleet. The reason? According to Aurora CEO Chris Urmson, it’s related to “certain prototype parts in their base vehicle platform.” PACCAR’s hesitancy may be tied to concerns over potential collisions involving their prototypes.

“We are confident this is not required to operate the truck safely based on the exhaustive testing (covering nearly 10,000 requirements and 2.7 million tests) and analysis that populates our safety case. PACCAR is a longtime partner and, after much consideration, we respected their request,” explained Urmson via a statement on the company’s website, reinforcing Aurora’s commitment to maintaining trust with key collaborators.

While this decision reflects a conservative approach, Aurora affirms that their trucks remain fully autonomous and continues to proceed confidently with its long-term development plans.

Rapid advancements—with caution

Aurora Innovation has made impressive progress with autonomous technology, recently incorporating inclement weather conditions into its driving framework in March. However, considering the complexity of launching a large-scale self-driving operation, challenges like the PACCAR request arise inevitably. This is far from uncommon, given the long and complex history of self-driving advancements.

From its roots in 1939 to vaguely promising trials in the 1950s, the self-driving industry has continuously skirted the promise of “five more years” to success. Nonetheless, Aurora appears to be making significant strides toward tackling lingering obstacles and breaking free from this cycle of delay.

Solving trucking’s labor shortage

Aurora’s rapid development is timely, given a worsening labor shortage in the US trucking industry. According to recent freight research from Tech.co, 25% of US freight companies cite labor shortages as their foremost business challenge. Projections suggest a shortfall of 160,000 drivers by 2030 and a 50% rise in the freight demand by 2050.

Fully autonomous trucks could be a game-changer, addressing staffing issues while enabling companies to meet increasing logistical demands and sustain profit margins. However, steps like PACCAR’s request for increased oversight indicate that measured progress remains the preferred course.

The road ahead

Aurora Innovation remains dedicated to setting a new benchmark for self-driving technology. While the inclusion of human observers might temporarily symbolically dampen their pioneering spirit, their cautious rollout demonstrates a maturity and readiness to collaborate with stakeholders. These calculated moves put Aurora that much closer to overcoming the persistent challenges that have kept self-driving vehicles “just around the corner” for decades.

For now, Aurora’s strategy signals that patience, collaboration, and precision remain the guiding principles in their quest to revolutionize the trucking industry. Safe, fully autonomous freight may not be here just yet, but with Aurora steering the way, the horizon suddenly feels much closer.

Image Source: Fast Company
Source: Tech.Co

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Karen Jones, Ryder’s Chief Marketing Officer and head of new product development, expressed pride in the recognition, stating, “To fully optimize supply chains and transportation networks, we continue to build on the $1.7 billion in strategic investments we have made since 2018 to develop, acquire, and invest in innovative customer-centric technologies, products, and services. This recognition from Fortune is a testament to our team’s dedication to shape the future of logistics.”

This honor follows another milestone for Ryder, which was also featured on Fortune’s World’s Most Admired Companies list for 2025 earlier this year.

The Role of Innovation and Collaboration

Its consistent collaboration with startups and tech leaders is at the core of Ryder’s forward-thinking approach. These partnerships aim to revolutionize areas such as e-commerce fulfillment, warehouse automation, robotics, digital logistics, artificial intelligence, and advanced vehicle technologies. Ryder’s strategy is designed to adapt to the shifting dynamics of modern supply chains while retaining its position as a logistics industry leader.

About the List

Fortune’s America’s Most Innovative Companies recognizes 300 U.S.-based businesses that showcase exceptional performance in three fundamental areas:

1. Product Innovation – Assessed based on product uniqueness, usability, design, and market appeal.
2. Process Innovation – Examines how businesses optimize processes, including production, marketing, sales, and customer support.
3. Innovation Culture – Evaluates a company’s ability to nurture creativity and entrepreneurship within its workforce.

Developed in collaboration with Statista, the rankings draw insights from surveys involving 40,000+ employees and 2,500 industry professionals. The analysis also includes a comprehensive review of companies’ intellectual property portfolios.

Ryder’s Smart and Efficient Solutions

Karen Jones explains that innovation at Ryder extends far beyond technology alone. “At Ryder, we recognize that innovation is not just about technology—it’s about finding smarter, more efficient ways to serve our customers and drive the industry forward. Over the past year, we have strengthened our supply chain solutions by expanding our capabilities in AI-driven analytics, process automation, and next-generation fleet technology. These advancements ensure our customers are well-equipped to meet the evolving challenges of modern logistics while optimizing their transportation networks for maximum efficiency.”

Ryder’s Game-Changing Innovations

Ryder has introduced many breakthrough technologies and initiatives to enhance the customer experience and reshape the logistics landscape.

• RyderShare – A revolutionary logistics platform offering real-time, end-to-end visibility, enabling seamless collaboration for all stakeholders moving goods through the supply chain.
• RyderGyde – A unique app that allows drivers, fleet managers, and owners to manage fleet operations from anywhere on any device.
• Electric and Autonomous Vehicles – Ryder collaborates with cutting-edge manufacturers to bring electric vehicles, charging infrastructure, and autonomous systems to commercial logistics.
• RyderVentures – A $50 million fund that fosters partnerships and investments with emerging startups developing next-generation supply chain technologies.
• Baton, Ryder Technology Lab – Based in Silicon Valley, this innovation hub drives research and development to improve supply chain efficiency through advanced technology.

Ryder’s dedication to innovation ensures its customers are always equipped to face new challenges, delivering smarter, greener, and more effective logistics solutions for the future of global supply chains.

Source: The Trucker
Image Source: Ryder

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On Wednesday, Jan. 8, FMCSA shared its plan to conduct a “Study of Warning Devices for Stopped Commercial Motor Vehicles” by publishing a notice in the Federal Register. The goal? To analyze whether warning devices significantly impact drivers’ behavior in scenarios involving parked or disabled CMVs—and, if they do, to determine how and to what extent.

“It is an experimental study that requires data collection for evaluating whether warning devices meaningfully influence crash-relevant aspects of human performance in the presence of a parked or disabled commercial motor vehicle, and if so, how and to what extent,” FMCSA explained in its announcement.

The study is set to involve a sample group of 256 drivers.

Current Regulations on CMV Warning Devices

Under existing rules, all commercial motor vehicles are required to carry warning devices. When a vehicle is stopped on the road or the shoulder—not including cases where traffic conditions prevent it—these devices must be deployed following specific guidelines. Placement depends on various factors, such as whether the roadway is straight or curved.

“These requirements follow from the basic notion that increasing the conspicuity of a parked or disabled commercial motor vehicle makes it easier to see and recognize, thereby reducing the risk of a crash involving passing motorists,” the FMCSA stated.

However, the growing presence of autonomous vehicle (AV) technology has prompted new scrutiny of these longstanding regulations.

Autonomous Vehicles and the Warning Device Debate

Back in December 2024, FMCSA rejected a request from Waymo and Aurora to exempt autonomous trucks from the current warning device requirements.

The companies proposed outfitting their autonomous trucks with mounted warning beacons on the truck cab as an alternative to deploying traditional devices like reflective triangles or flares.

FMCSA declined the application, describing the request as overly broad. Nonetheless, the agency left the door open for exemption applications focused on narrower aspects of the regulation.

Now, the FMCSA is doubling down by launching a formal investigation to determine how effective the current warning device regulations truly are.

Using Modern Tools for a Deeper Analysis

Advancements in technology are providing FMCSA with new ways to measure how drivers respond to warning devices. Tools such as sensors and eye-tracking systems can offer valuable insights into reaction times and levels of driver attention.

“FMCSA plans to implement these modern tools in a controlled experiment at a closed-course, state-of-the-art driving research facility,” the agency said. “This setup will enable the most comprehensive study of warning device effectiveness conducted to date.”

The findings could have far-reaching implications, potentially shaping future regulations around warning devices. Additionally, the data may assist FMCSA in responding to exemption requests for alternative solutions, such as those proposed by Waymo and Aurora.

“FMCSA plans to implement these modern tools in a controlled experiment at a closed-course, state-of-the-art driving research facility that will allow the most comprehensive examination of the effects of warning devices to date,” the agency wrote. “The results of the study may support future rulemaking related to warning devices and provide baseline data necessary to inform agency decisions on exemption applications for alternative warning device products.” FMCSA concluded.

Source: Land Line

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A rally in support of the bill took place outside the State Capitol in Sacramento, drawing Teamster leaders and lawmakers, including Assemblymembers Tom Lackey (R-Boron) and Laura Friedman (D-Glendale).

“As autonomous vehicle companies try to push their new, untested technology onto our roads, we need to prioritize legislation that will protect our streets and good-paying driving jobs, and that starts with AB 2286,” said Peter Finn, Teamsters International Western Region Vice President, President of Teamsters Joint Council 7.

This legislation mirrors last year’s AB 316, also co-authored by Aguiar-Curry, with the aim of enhancing safety and job opportunities. Despite receiving strong legislative support, surpassing 90%, Governor Gavin Newsom vetoed the bill in September.

Proponents of AB 2286 highlight notable accidents involving autonomous vehicles, such as a Cruise robotaxi causing incidents in San Francisco, emphasizing the need for improved regulations and safety measures.

Assemblymember Aguiar-Curry stresses the crucial role of the legislature in determining the safety of autonomous trucking and ensuring a concrete plan for the well-being of trucking workers.

“The autonomous trucking industry has cast this bill as a ban on technology when it explicitly states that testing and deployment will happen with a Human Safety Operator,” she said. “Using their logic, they’re the ones who support a ban. A ban on humans in trucks. A ban on working people’s ability to provide for their families and provide safe roadways for Californians. We will not stand by and let them put profits over people.”

Chris Griswold, Teamsters International vice president at-large and president of Teamsters Joint Council 42, clarifies that the bill does not intend to ban self-driving technology but rather seeks to establish comprehensive regulations.

“It is a bipartisan bill that puts safety first by ensuring a trained human operator behind the wheel of autonomous trucks,” he said.

Beyond California, discussions on regulating autonomous trucks persist across the United States. In South Dakota, the Teamsters and the South Dakota Peace Officers Association oppose House Bill 1095, which proposes allowing autonomous trucks on South Dakota roads without human operators. In Florida, Senator Victor Torres (D-Orlando) proposes SB 1580, requiring a licensed human operator in self-driving vehicles. In Indiana, Teamsters advocate for House Bill 1022 in the Road and Transportation Committee, emphasizing the need for human operators in driverless trucks. Similar deliberations are underway in Iowa, Kentucky, and New York, where lawmakers are exploring various issues related to regulating autonomous vehicle trucks.

Source: Commercial Carrier Journal

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