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AI robot changes your tires and balances them too

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AI robot changes your tires and balances them too

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Tire shops are not exactly known for cutting-edge technology. You pull in, hand over your keys and hope the wait does not take over your day. Automated Tire, Inc. wants to change that.

The Boston-based robotics company has unveiled SmartBay, an AI-powered robotic tire change platform built for dealerships, tire shops and service centers. The system handles tire changes, wheel balancing and vehicle inspections with minimal human intervention.

The timing could be good for repair shops. Many are struggling to find technicians, while EVs are putting more demand on tire service because they can wear through tires faster. SmartBay is ATI’s answer to a service-bay problem that has been building for years.

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AI HUMANOID ROBOT IS CHANGING THE WAY YOU BUY CARS AT DEALERSHIPS

Automated Tire, Inc.’s SmartBay uses artificial intelligence and robotics to change tires, balance wheels and inspect vehicles with limited human oversight. (Automated Tire, Inc.)

What is the SmartBay AI robot tire changer?

SmartBay is a robotic service-bay system that uses physical AI, computer vision and machine learning to perform tire work in real time. Instead of relying on fixed routines, the system adapts to each vehicle.

Andy Chalofsky, CEO of Automated Tire, Inc., describes it as “the next generation of the automotive service bay,” a robotic-first system built to automate routine, physically demanding work that has traditionally required skilled service-bay personnel.

“Rather than relying on a technician to manually remove the wheel, dismount the tire, balance it on traditional equipment, and reinstall everything, SmartBay performs the tire change and wheel balance itself with only light-touch oversight from an operator,” Chalofsky said.

SmartBay is designed to take on the tough tire work technicians usually do by hand. A worker still keeps an eye on the process, but the robot handles most of the lifting, tire changing and balancing.

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How SmartBay changes tires without removing the wheels

Here is the part that may surprise you the most. SmartBay leaves the wheel on the car.

“SmartBay is the first patented system in the world that changes tires without removing the wheel from the vehicle. The car is lifted just as it would be on a conventional lift, but instead of taking off the lug nuts, disturbing the tire pressure monitoring system, and pulling the wheel, SmartBay dismounts the tire directly from the rim while the rim stays on the car,” Chalofsky said.

After the new tire is mounted, SmartBay performs ATI’s trademarked Real Force Balance. Chalofsky says the technology balances “the entire wheel-end assembly, including all of the rotating components in the wheel well,” instead of only balancing the tire by itself. He says the result is “the most complete and accurate balance available on the market today.”

Why tire shops need robotic tire-changing technology

Tire appointments can go sideways fast, especially when a shop is short-staffed or one job takes longer than expected.

“Anyone who has spent time in a tire shop knows how quickly a busy day can fall apart: a technician calls in sick, the first car of the morning takes longer than expected, and the appointments stacked behind it back up the entire schedule,” Chalofsky said.

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That is the bottleneck SmartBay is designed to ease. ATI says one technician can manage up to three SmartBay-equipped service bays at once. ATI also designed SmartBay to fit inside a standard 12-foot service bay, so shops do not need oversized lanes or major infrastructure changes.

The company says its initial machines are targeting a 45-minute door-to-door tire change for four tires, mounted and balanced. As the technology learns more, that time could be reduced to 30 minutes.

How the AI robot handles different vehicles

SmartBay has to deal with whatever rolls into the service bay that day. “Every vehicle that comes into a service bay is different,” Chalofsky said. “Even within a single model line, those combinations multiply quickly.”

Road grime adds another layer of difficulty. Vehicles may arrive covered in mud, snow, road salt, brake dust or rain, and the system still has to identify what it is working on safely.

Chalofsky says SmartBay handles all of this with “a self-learning AI layer that adapts in real time to hundreds of data points per vehicle.”

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That approach takes the kind of judgment technicians build over years and turns it into a repeatable system that can keep learning over time.

How SmartBay could speed up tire service

Speed is a big part of what ATI says SmartBay can bring to an auto service business. Chalofsky says the system creates consistency because it can repeat the same process with less variation from one vehicle to the next.

“A single technician can run two or three SmartBays in parallel, processing roughly 24 tires an hour compared to about four tires in 75 minutes today,” Chalofsky said.

That could help keep the day from getting backed up when appointments start stacking. For customers, it could mean less time waiting around for updates. Chalofsky says the result can be “more billable volume” and “more predictable scheduling” for high-volume service centers. 

BMW PUTS HUMANOID ROBOTS TO WORK BUILDING EVS

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SmartBay uses computer vision and machine learning to adapt to different vehicles, road grime and wheel configurations in real time. (Automated Tire, Inc.)

Why EV tire wear makes SmartBay more important

EVs are changing what tire shops have to handle. “EVs are reshaping the tire economy. Because of their weight and instant torque, EV tires wear faster and need to be replaced more often,” Chalofsky said. He added that tires are now “the single largest lifetime maintenance expense on most EVs,” taking the place of routine costs like oil and filters.

That is a big shift for drivers. EV owners may end up visiting tire shops more often. If shops already struggle with staffing, that extra demand could make the waiting-room problem worse.

ATI believes SmartBay can help shops handle more tire work without needing the same increase in labor. Chalofsky says the system can work across different vehicle classes because “a Tesla, an F-150, and a Chevy Silverado all run through the same system.”

Will robotic tire changers replace technicians?

This is the question everyone asks when robotics enters a hands-on job. Chalofsky answers it head-on. “Both, but mostly the latter,” he said when asked whether SmartBay replaces technicians or changes the work they do.

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He says SmartBay can take over repetitive tire tasks where robotics can work more efficiently. But he also argues that it can make existing workers more valuable.

“In many cases, it allows a shop to take a lower-skilled operator and get three to four times the throughput out of them, which means shops can actually pay those operators more because the work is more valuable,” Chalofsky said.

The bigger picture here is that skilled mechanics could spend less time lifting tires and more time on diagnostic or mechanical work that needs their expertise.

“Every wave of automation we’ve seen in adjacent industries has played out the same way: technology augments the workforce far more than it replaces it, and that’s the dynamic we expect here,” Chalofsky said. 

How SmartBay could make tire service safer

Tire work is physical. Heavy wheel assemblies can strain backs, shoulders and knees, especially over a long shift. Chalofsky says SmartBay can help reduce those risks.

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“Because SmartBay leaves the rim on the vehicle, technicians are no longer lifting heavy, expensive wheel assemblies on and off mounting machines. This eliminates one of the most common sources of strain injuries and workers’ compensation claims in tire work,” he said.

He added that the equipment includes sensors designed to help it operate safely around people in a busy service bay. SmartBay also connects deployed systems through a network, allowing one unit to learn from another. 

Chalofsky gave the example of a specific F-150 trim package seen for the first time in California. That data could train every machine in Boston and Florida in near real time. The goal is a system that gets smarter as more shops use it.

What drivers may notice with AI tire service

Most drivers probably will not care how much AI is working behind the scenes. They will care about the part they feel right away: how long the visit takes and how well the car drives afterward.

Chalofsky says consistency will stand out most. “The biggest thing customers would notice is consistency: a faster, more predictable visit, with their car in and out in a defined window rather than depending on which technician happens to be working that day,” he said.

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He also says Real Force Balance could help deliver a better ride because it balances the full wheel assembly, rather than only the tire. SmartBay’s automated visual inspection can also check parts inside the wheel well and flag issues a busy technician might overlook.

For drivers, that could mean a smoother tire visit from start to finish. For shops, it gives them another way to show customers exactly what was checked and why it matters. 

HUMANOID ROBOT SWAPS ITS OWN BATTERY TO WORK 24/7

SmartBay is designed to change tires without removing wheels from vehicles, a process ATI says can reduce strain on technicians and speed up service. (Automated Tire, Inc.)

Why ATI started with automated tire changes

Tires may not sound like the most exciting place to start, but they are one of the most common reasons people visit service centers. They also make a strong case for automation because the work is frequent, physically demanding and hard to staff.

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“Tire changes and wheel balancing check nearly every box for a first product. It’s one of the most frequent reasons a vehicle comes into a service bay, it’s a high-dollar transaction, the work is physically arduous and exactly the kind of task a robotic-first platform is well suited to handle, and the labor shortage is most acute precisely in this part of the workforce,” Chalofsky said.

He points to EV growth, retiring technicians and broad demand across dealerships, aftermarket shops and fleets. ATI also has a personal connection to the problem. Chalofsky is a fourth-generation tire industry entrepreneur and previously founded several tire businesses, including SimpleTire. 

That background gives ATI firsthand knowledge of how tire shops actually operate. Rather than chasing a flashy robotics use case, the company is applying tire-industry experience to a long-running bottleneck.

What this means to you

If you own a gas car, hybrid or EV, this kind of technology could make a tire appointment feel like less of a waiting game. A robotic tire system could help shops move cars through faster when appointments start piling up. It could also make balancing more consistent, which may help your car ride more smoothly after service.

EV owners may feel the impact sooner. Heavier electric vehicles can wear through tires faster, and replacement costs can add up quickly. If shops can handle more tire work without longer waits, EV maintenance could become a little less frustrating.

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SmartBay could also change the job for technicians. Instead of spending as much time on the most physically demanding tire work, they could shift more toward oversight and higher-skill repairs.

For service centers, the payoff is steadier operations. When one technician can oversee multiple bays, a busy day may be less likely to turn into a long backup. 

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Kurt’s key takeaways

SmartBay is one of those things that makes you wonder why tire service has not changed more by now. Cars have become far more advanced, but many tire shops still rely on the same tough manual process drivers have dealt with for years. ATI is betting that physical AI can help the service bay catch up with the vehicles coming into it. The real test will be what happens on a packed Saturday morning when every bay is full, and customers are watching the clock. Robots can look impressive in a demo. The real question is whether they can hold up in busy service bays and make tire appointments less of a headache for drivers.

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Would you trust an AI robot to change and balance your tires if it meant a faster visit and a smoother ride? Let us know by writing to us at Cyberguy.com.

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Amazon security research reportedly led to the White House’s Anthropic Fable ban

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Amazon security research reportedly led to the White House’s Anthropic Fable ban

According to the Wall Street Journal, the export control directive that led to Anthropic cutting off access to Fable 5 and Mythos 5 was triggered in part by cybersecurity research from Amazon and conversations between CEO Andy Jassy and the White House. According to the report, the paper from Amazon claims that, through a series of prompts, it was able to get Fable 5 to serve up information that could be used in cyberattacks. Amazon has yet to respond to a request for comment.

Shortly after Jassy shared the company’s findings with the government, it made the call to block its use by foreign nationals. Complicating this issue is that many of Anthropic’s researchers are foreign-born, meaning they were barred from accessing their own product.

In a statement, Anthropic disputed the government’s characterization of the issue as a “jailbreak.” It argued that many of the same vulnerabilities could be discovered using other publicly available models, including GPT 5.5. Some security researchers appear to back the company’s interpretation. Katie Moussouris, the founder and CEO of LutaSecurity posted on BlueSky that “I’ve seen the paper. It’s not a jailbreak.” Former Commerce Department official Kate Koren speculated to the WSJ that the White House’s dislike of Anthropic may have influenced the decision.

Anthropic and the Trump administration have been at odds for some time over the company’s refusal to allow its AI to be used for mass surveillance of Americans or to power lethal autonomous weapons. In February, Trump instructed federal agencies to stop using Anthropic’s AI. And just hours later, Secretary of Defense Pete Hegseth designated the company a supply chain risk.

The government and the company seemed to have made amends, and the two had worked together to expand access to Mythos. However, now the two seem destined to clash again.

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Robot soccer player dents wall with terrifying kicks

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Robot soccer player dents wall with terrifying kicks

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A robot soccer player just gave goalkeepers another reason to feel nervous. Booster Robotics titled its YouTube video “Try Stopping This Robot,” and after watching its T1 humanoid hammer soccer balls toward a goal, you can see why.

Most of the kicks hit the curtain behind the net. But several shots appear to hit with enough force to leave visible impact marks and dents in the wall. That part is what everyone is talking about.

At first, it just looks like a viral robot soccer video. Then the wall damage makes the whole thing feel a lot more serious. This video also raises an important question: What happens if someone were to end up in the path of a soccer ball kicked by one of these robots?

AUTONOMOUS HUMANOID ROBOT SOCCER DEBUTS IN CHINA

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Booster Robotics’ T1 humanoid robot lines up a soccer kick inside the company’s lab, where its shots hit with enough force to dent the wall. (Booster Robotics)

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What is the Booster T1 humanoid robot?

The Booster T1 is a humanoid robot from Beijing-based Booster Robotics. According to Booster, the T1 stands about 3 feet, 10 inches tall and weighs about 66 pounds. Booster says the T1 has 23 to 41 degrees of freedom, depending on the configuration. In everyday terms, that means it has enough moving joints to walk, turn, balance and perform athletic movements.

The company also says the T1 can walk for about two hours and stand for about four hours on a charge. It supports open-source tools, software frameworks and API interfaces. That makes it easier for teams to train the robot for new tasks. The company also says more than 50 robotics teams and research institutes already use the platform.

How robot soccer helps train humanoid robots

There is also a serious reason companies test robots this way. Soccer forces a humanoid robot to deal with movement, balance and split-second changes. The ball does not stay still. The robot has to adjust its body, shift its weight and decide what to do next. That makes soccer a useful test for machines that may one day work around people.

Those lessons can carry beyond the soccer field. A robot that learns how to recover from a fall or adjust to a moving object could be more useful in a warehouse, lab or disaster zone. That is why robot soccer has become a way for engineers to test how these machines handle pressure when the action does not go perfectly.

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ROBOT PLAYS TENNIS WITH HUMANS IN REAL TIME

The soccer ball bounces back from the damaged lab wall after Booster Robotics’ T1 delivers a powerful kick. (Booster Robotics)

Booster T1 robot is built for developers

The T1 is meant for research and development. Booster positions the robot as a platform for schools, labs and robotics teams. Developers can use it to test software, train motion models and build new robot behaviors.

The company also offers RoboCup-related tools, including an open-source reinforcement learning framework and a demo system. That demo system covers perception, localization and decision-making for robot matches.

In other words, the T1 works like a serious robot body that developers can teach. That also explains why the wall-denting video is such a strong showcase. It shows the power, balance and control of these robots.

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NEW CHINESE HUMANOID ROBOT SHOWS OFF ITS STRENGTH BY LIFTING 35 POUNDS PER HAND

Booster’s humanoid robot steps into a powerful kick, raising new questions about how much force these machines can safely use around people. (Booster Robotics)

Robot soccer power raises safety concerns

A robot strong enough to dent a wall can damage more than drywall. If a system fails, a powerful leg or arm could hurt someone nearby. That does not mean every humanoid robot poses a danger. It means companies need strong guardrails before these machines move into homes, hospitals, stores or public spaces.

Force limits matter. Emergency stops matter. Testing environments matter. Clear rules about where robots can operate matter. A robot in a lab can be impressive. A robot near the public needs a much higher safety bar.

RoboCup robot soccer has a bigger goal

Booster’s T1 is also part of the RoboCup world, which is basically an international robot soccer competition. But RoboCup isn’t only about robots kicking a ball around a field. The long-term goal is much bigger. RoboCup wants fully autonomous humanoid robots to eventually beat the human World Cup champions under official soccer rules.

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That may sound like a wild idea. However, there is serious research behind it. Robot soccer forces teams to improve how these machines balance, see the field, react to movement and make decisions on their own. Booster says the T1 was built around robot soccer and RoboCup standards. The company also offers tools that help teams create robot soccer demos more quickly.

So, while robot soccer may look like a game, it is also helping engineers figure out how humanoid robots could become more capable in places far beyond the soccer field.

What this means for you

You may not care about robot soccer. Still, this kind of demo says a lot about the future of everyday robotics. Humanoid robots are learning to move with more confidence. They can balance better, recover faster and use their bodies with more force. That progress could eventually help with useful jobs, including warehouse work, elder care support or disaster response.

At the same time, stronger robots create new questions. Who checks their safety? Who sets the rules? Who is responsible when a robot breaks something or injures someone? The T1 video shows why the next phase of robotics really needs testing, transparency and accountability.

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Kurt’s key takeaways

This robot soccer video makes you stop and think. Booster Robotics’ T1 can kick a soccer ball with enough force to leave visible dents and impact marks in a wall. That to me is scary. It also raises a real safety question. As humanoid robots get stronger, companies will need to prove they can control that power around people. A robot kicking soccer balls in a lab is one thing. A robot near players, workers or bystanders is a very different story. Robot soccer may look like a game today. But it may also be showing us what tomorrow’s machines will be able to do. That is why it is important to keep an eye on this technology as it develops.

When you see a robot kick with this much force, does it make you excited about what is coming next, or worried about how safe these machines will be around people? Let us know by writing to us at Cyberguy.com.

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Copyright 2026 CyberGuy.com. All rights reserved.

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Sealed Super Mario Bros. sells for a record $3 million

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Sealed Super Mario Bros. sells for a record  million

A copy of Super Mario Bros., still in the box and sealed with its original sticker, just sold at Heritage Auctions for $3 million. That absolutely crushes the previous record of $2 million, also for a copy of Super Mario Bros., in 2021. That sale also came hot on the heels of a controversial auction of Super Mario 64 for $1.56 million.

Part of what drove the price of this particular copy so high is that, according to Heritage Auctions, instead of shrink wrap, this 19895 second run was sealed with a glossy sticker, which was discontinued shortly after. The site claims it’s the earliest known sealed copy of the game in existence. It’s also graded at 9.6 A++ by Professional Sports Authenticator.

The price of vintage gaming collectibles has been skyrocketing over the last few years. It was only in July of 2020 that Heritage Auctions set the record for the highest price paid for a game at auction, again, with a copy of Super Mario Bros., for $114,000. Six years later, that seems like an absolute bargain.

If the winner of the auction decides to do the unthinkable and break the seal on the game, Heritage Auctions is throwing in an NES console.

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