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Can autonomous trucks really make highways safer?

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Can autonomous trucks really make highways safer?

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Kodiak AI, a leading provider of AI-powered autonomous driving technology, has spent years quietly proving that self-driving trucks can work in the real world. The company’s core system, the Kodiak Driver, brings software and hardware together in a practical way. As the company explains, “The Kodiak Driver combines advanced AI-driven software with modular, vehicle-agnostic hardware into a single, unified platform.” 

That approach matters because trucking is not a closed lab environment. It is highways, weather, fatigue and long hours. Kodiak’s strategy focuses on solving those realities first.

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How public views on autonomous trucks are changing

During a recent episode of CyberGuy’s “Beyond Connected” podcast, Kurt spoke with Daniel Goff, vice president of external affairs at Kodiak AI, about how attitudes toward autonomous trucks have shifted over time.

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WILL AUTONOMOUS TRUCKS REPLACE DRIVERS BY 2027?

Autonomous trucks are already hauling freight on public highways as companies test how the technology performs in real-world conditions. (Kodiak)

Goff described how different the reaction was when the company first launched. “Kodiak was founded in 2018, and I joined in 2019. When I first started at the company, I said I worked for a company that was working to build trucks that drive themselves, and people kind of looked at me like I was crazy. Over the last few years, we’ve really seen autonomous vehicles capture the public’s imagination. We’ve seen them grow in the real world. I think that people are getting more used to this idea.”

For Goff, that shift has come from seeing the technology operate safely outside of test environments, where performance matters more than hype.

Why autonomous trucks could improve road safety

One of Kodiak AI’s central arguments is simple. Machines avoid many of the risks that come with human driving. “We think there are advantages to this technology that humans, myself included, can’t match. You know this technology doesn’t get distracted. It doesn’t check its phone. It doesn’t have a phone. It doesn’t have a bad day to take it out on the road. It doesn’t speed. It doesn’t know how to speed. You know they’re pretty boring drivers.” In trucking, boring is often a good thing.

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Where autonomous trucks are already operating today

Kodiak AI is already doing this on real roads. The company has been running active freight routes for years, not just testing in controlled settings. “Kodiak’s headquarters are in Mountainview, California, but since 2019, we’ve had a command center in Lancaster, Texas, which is just south of Dallas. Since 2019, we’ve actually been delivering freight from that Lancaster hub to Houston, Oklahoma City and Atlanta with what we call a safety driver behind the wheel.”

Those real-world miles have helped Kodiak fine-tune its system in everyday traffic, weather and long-haul conditions.

Tractor trailers at the entrance of the Port of Baltimore in Baltimore, Maryland, on Tuesday, Oct. 8, 2024. (Nathan Howard/Getty Images)

The trucking problem Kodiak is trying to solve

Long-haul trucking is essential to the U.S. economy, but it is also one of the most demanding and risky jobs on the road. Drivers spend long stretches away from home, work extended hours and operate heavy vehicles in all conditions. As Goff put it, “Driving a truck is one of the most difficult and dangerous jobs that people do in the United States every day. You know, being a truck driver means, for at least a long haul truck driver, means you’re away from your family for sometimes days, weeks, even months at a time, sleeping in the back of the truck.”

He also pointed to federal safety rules that limit how long drivers can stay behind the wheel, which are meant to reduce fatigue but also restrict how much freight one person can move in a day. “If you’re driving the 11-hour legal maximum per day and there are people who love being long-haul truckers, but we’re not seeing people stepping up for those roles anymore in this country, and drivers are retiring every year.”

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Those realities have contributed to ongoing driver shortages and growing pressure on the freight system. Kodiak believes autonomous technology is best used where the job is hardest and most repetitive. “The goal for this technology is really best suited for those really tough jobs. The long lonely highway miles, the trucking and remote locations where people either don’t wanna live or don’t or can’t easily live.”

Goff also highlighted how much capacity is lost simply because trucks sit idle for most of the day. “The average truck is driven about seven hours a day in the US, and you know there are 24 hours a day, so that’s a lot of time just sitting there.”

Autonomy, he said, could help change that math. “The goal of the technology is that you can basically run 24/7, just kind of stopping to refuel, to inspect the truck for safety, and you know, other than that, the trucks are moving.”

Long-haul trucking is one of the most demanding jobs on the road, which is why autonomous systems focus on long, repetitive highway routes. (Kodiak)

How many miles Kodiak AI has driven to prove safety

Kodiak AI emphasizes data over promises. “We’ve driven over 3 million miles with a safety driver behind the wheel for most of those miles, meaning somebody ready to take over at any time. So, we got a very good track record.” To put that into perspective, Goff added, “The average American drives about 800,000 miles in their lifetime, which seems crazy. That’s a lot of driving, but we’re at almost 4 average lifetimes with our system today, and we also use computer simulation, all sorts of things to assess the safety of the system.”

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In addition to its long-haul operations, Kodiak AI works with Atlas Energy Solutions, which does oil logistics in the Permian Basin of West Texas and eastern New Mexico. As of Q3 2025, the company has delivered 10 driverless trucks to Atlas, which autonomously deliver sand up to 24 hours a day with no human operator in the cab. Goff says, “We see our work in the Permian as a perfect sandbox for our long-haul operations.”

The company has also sought third-party validation. “Additionally, we have done external-facing studies. We did a study with a company called Nauto, which is one of the leaders in AI-enabled dashcams. They actually help vehicle fleets compute safety scores from an outside perspective. Our system scored the highest ever in the Nauto safety score.”

THE ROAD TO PROSPERITY WILL BE PAVED BY AUTONOMOUS TRUCKING

Where autonomous truck regulations stand today

Policy is another key factor in adoption. “From a regulatory perspective. 25 states have passed laws allowing autonomous vehicle deployment.” Goff believes the danger of everyday driving makes the case clear. “I think people who think about transportation every day understand how dangerous driving a car is, driving a truck is, and just being on the road see the potential for this technology.”

What critics say about autonomous trucks

Autonomous trucking still raises concerns among safety advocates and everyday drivers. Critics question whether software can respond fast enough in emergencies, handle unpredictable human behavior or make judgment calls during complex highway situations.

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Kodiak AI says those concerns are exactly why safety comes first. As Goff explained, “In this industry in particular, we really understand how important it is to be safe.”

The company argues that autonomous systems must earn trust over time through real-world performance, transparent testing and measurable results, not promises or hype.

What this means to you

For everyday drivers, autonomous trucks raise understandable questions. Sharing the road with a vehicle controlled by software can feel unsettling, especially when headlines often focus on what could go wrong. Kodiak’s argument is that safety improves when fatigue, distraction and emotional decision-making are removed from long highway driving. If the technology continues to perform as claimed, the impact could show up in quieter ways. That includes fewer tired drivers on overnight routes, more predictable freight movement and potentially safer highways over time. For consumers, it could also mean fewer delivery delays and less strain on a trucking system already short on drivers.

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Safety data, real-world miles and third-party reviews now play a central role in building trust in self-driving trucks.  (Kurt “CyberGuy” Knutsson)

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Kurt’s key takeaways

Autonomous trucking is not a future concept anymore. Kodiak AI is already moving freight and collecting real safety data on public roads. At the same time, skepticism remains healthy and necessary. Trust in this technology will rise or fall based on transparency, regulation and long-term performance, not promises. The real question is no longer whether self-driving trucks can operate. It is whether they can consistently prove they make roads safer for everyone who shares them.

Would you trust autonomous trucks more if they could show a better safety record than human drivers over time? Let us know by writing to us at Cyberguy.com.

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You need to listen to the cosmic horror-comedy podcast Welcome to Night Vale

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You need to listen to the cosmic horror-comedy podcast Welcome to Night Vale

It’s relatively rare for a podcast to last 14 years, especially a fiction one. In fact, as far as I can tell, Welcome to Night Vale is the longest continually running fiction podcast out there. (Some will argue it’s actually We’re Alive, but that has taken a few significant breaks between seasons.) The story of Night Vale, the titular desert town, now spans 12 seasons, over 280 episodes, three books, and at least 10 live standalone shows. While dedicating several hundred hours of your life to listening to every episode might seem like a big ask, I believe you’ll be hooked once you dive in.

The show is written by Joseph Fink and Jeffrey Cranor, who draw heavily on the work of H.P. Lovecraft. Every season has its own arc, but broadly, the show tells the story of a town that exists in an alternate version of Earth. In this town Angels are real, but acknowledging their existence is illegal; librarians are dangerous creatures with “thousands of spiny legs” and “pincers”; and there is a Faceless Old Woman who secretly lives in your home.

These are clearly unsettling concepts when taken at face value. But rather than trying to scare the listener, Cranor and Fink lean into the natural absurdity of cosmic horror and refuse to take themselves too seriously. They also routinely subvert the bigotry of their inspiration, using Lovecraftian creations to tell stories rich with LGBTQ+ characters.

Of course, having well-written scripts and telling a compelling story is only part of the equation. What elevates Welcome to Night Vale to true greatness is the cast, especially narrator Cecil Baldwin, who plays the host of the central radio show, Cecil Palmer. Cecil’s voice has the gravitas to tell ominous stories of secretive government agencies and ancient gods. But he has the range to deliver light-hearted banter with a sentient patch of haze (her name is Deb, in case you were wondering).

Cecil Baldwin has the charisma to make even the reading of a repair manual for a toaster compelling. He can be creepy, funny, or soothing, often all within the same episode. (For this reason, I don’t suggest listening to Night Vale at night. I have fallen asleep to the dulcet sounds of Baldwin’s voice several times, only for the more unsettling parts of the show to make their way into my dreams.)

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Every episode also features a musical interlude in the guise of “The Weather.” The show mostly features lesser-known artists, but alumni include Jason Isbell, The Mountain Goats, Waxahatchee, Angel Olsen, Open Mike Eagle, and Sylvan Esso.

Welcome to Night Vale is also a great way to introduce younger listeners to horror. I would never suggest my eight-year-old read H.P. Lovecraft. Partly because the man’s unrepentant racism is baked into the very fabric of his stories, but also because the violence is often too much for children. Night Vale, on the other hand, takes those horrors and exposes them for what they are: entertainment. I can put the podcast on, bond with my kid over their burgeoning love of all things creepy and weird, and trust that they’ll walk away with a good message.

Welcome to Night Vale is available on most podcast platforms, including Apple Podcasts, Pocketcasts, YouTube, and Spotify.

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New personal eVTOL promises personal flight under $40K

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New personal eVTOL promises personal flight under K

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Personal electric aircraft have teased us for years. They look futuristic, promise freedom from traffic, and usually come with prices that put them out of reach or timelines that feel uncertain. Recently unveiled at CES 2026, the Rictor X4 entered that conversation with some bold claims.

It is a single-passenger electric vertical takeoff and landing aircraft designed to make short-range personal flight more accessible and far more affordable. If those promises hold up, it could change how we think about flying for everyday trips.

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CES 2026 put health tech front and center, with companies showcasing smarter ways to support prevention, mobility and long-term wellness. (CES)

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TECH STARTUP, MAJOR AIRLINE PARTNER TO LAUNCH ELECTRIC AIR TAXI SERVICE

What the Rictor X4 actually is

The Rictor X4 uses a multirotor design with eight propellers spread across four carbon fiber arms. Those arms fold inward when the aircraft is not in use, allowing it to fit in the bed of a pickup truck. The aircraft focuses on low-altitude flight and short hops rather than long journeys.

Key specs include:

  • Top speed of about 50 mph
  • Maximum flight time of 20 minutes
  • Payload capacity of up to 220 pounds, including the pilot

It can lift off and land vertically like a helicopter, then transition into forward flight once airborne. Rictor describes its mission as light aerial mobility, which essentially means short-distance commuting and professional applications.

Inside the X4’s propulsion and power system

According to Rictor, the X4’s propulsion system is built around stability and redundancy rather than raw speed. Each axis uses a coaxial dual-motor configuration designed to provide consistent thrust during low-altitude flight.

Key propulsion details include:

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  • Rated thrust of up to 165 pounds per axis
  • Peak thrust exceeding 285 pounds per axis
  • Maximum continuous power output of 10 kW
  • 120-volt operating system designed for outdoor conditions

Together, these systems aim to deliver controlled, predictable flight with built-in safety margins, especially during takeoff, landing and hover.

The Rictor X4 is a single-passenger electric aircraft designed for short-range, low-altitude flight with a folding multirotor layout. (Rictor)

Safety systems and flight control in the Rictor X4

Rictor puts safety at the center of the X4’s design. The aircraft uses a semi-solid state battery system with dual battery redundancy, which helps enable a controlled landing if one battery module fails. In addition, an emergency parachute system provides backup protection during critical situations. At the same time, a centralized flight control system actively manages propulsion, attitude and overall system health. This system continuously monitors key flight data to help maintain stability in changing conditions.

Beyond software, the hardware plays an important role. The X4 features 63-inch carbon fiber folding propellers in a 4-axis, 8-propeller configuration. Together, they support a payload of up to 220 pounds, including the pilot. According to Rictor, the aircraft is designed to operate at noise levels below 65 decibels, although independent testing has not yet been published. Finally, Rictor’s proprietary Dynamic Balance Algorithm adjusts the output of all eight motors in real time. As a result, the X4 can maintain a stable hover even in side winds rated up to Level 6.

The FAA rule that could make personal flight easier

One of Rictor’s most attention-grabbing claims involves regulation. The company says the X4 is designed to comply with FAA Part 103, which governs ultralight vehicles in the U.S. If operated within Part 103 limits, the X4 could be flown legally without airworthiness certification or a pilot’s license. Rictor says this is enabled by autonomous pre-programmed flight paths and very low altitude operation, reportedly as low as three meters above ground. It is worth noting that Part 103 still carries operational restrictions, including where and how flight can occur. Final compliance depends on real-world use and FAA interpretation.

Designed to fold, transport, and recharge

Portability is a major focus. Rictor says the X4 folds down to about 42 cubic feet, which makes it compact enough to transport in the bed of a pickup truck. The company also highlights in-vehicle charging support while parked or on the move, positioning the X4 as something that can be transported and recharged alongside ground vehicles rather than stored at an airfield.

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The price that resets expectations

The Rictor X4 carries a launch price of $39,900 with a $5,000 deposit. That alone separates it from most personal eVTOLs currently discussed in the market. The aircraft is produced by Kuickwheel Technology, Rictor’s parent company. According to the company, first customer deliveries are scheduled for Q2 2026. As with any aircraft launch, timelines remain aspirational until production units reach customers.

Why this matters now

Personal eVTOLs have lived in a narrow space between concept and reality. High costs, regulatory hurdles and safety concerns have slowed adoption. If Rictor delivers an aircraft that performs as described while operating within ultralight rules, it could expand personal flight beyond niche enthusiasts and into practical short-range use. Now it comes down to whether the company can deliver on what it’s promising.

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Kurt’s key takeaways

The Rictor X4 brings together aggressive pricing, compact design and regulatory positioning in a way we have not seen before. Folding propellers, redundant safety systems and Part 103 alignment make it one of the most ambitious personal eVTOL launches to date. The unanswered questions center on real-world performance, regulatory interpretation and production readiness. Until aircraft are flying outside controlled demonstrations, healthy skepticism remains warranted. Still, this is one of the most compelling personal flight announcements to come out of CES in recent years.

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Would you trust a personal eVTOL like this for everyday trips, or does flight still feel like a step too far for now? Let us know by writing to us at Cyberguy.com

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Sign up for my FREE CyberGuy Report Get my best tech tips, urgent security alerts and exclusive deals delivered straight to your inbox. Plus, you’ll get instant access to my Ultimate Scam Survival Guide — free when you join my CYBERGUY.COM newsletter 

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Microsoft’s first Windows 11 update of 2026 stopped some computers from shutting down

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Microsoft’s first Windows 11 update of 2026 stopped some computers from shutting down

Microsoft has identified issues upon installing the January 2026 Windows security update. To address these issues, an out-of-band (OOB) update was released today, January 17, 2026.

– Connection and authentication failures in remote connection applications: This issue affects multiple platforms including Windows 11, version 25H2; Windows 10, version 22H2 ESU; and Windows Server 2025. See the bottom of this message for the complete list of affected products.

-Devices with Secure Launch might fail to shut down or hibernate: This issue only affects Windows 11, version 23H2.

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