ExclusiveThe Cybercab Has No Steering Wheel...And Your Toothbrush Has A Camera

In the 1999 movie The Matrix, an AI program called Agent Smith tells Murpheus, who is a human, quote, as soon as we started thinking for you, it really became our civilization, which is, of course, what this is all about. The future is our world. The future is our time, end quote. And that was supposed to be science fiction. Well, today, Dyson launched a toothbrush with a camera and AI. Tesla also launched a cybercab that can drive itself without a steering wheel. And everyone is super excited, right? So maybe The Matrix was trying to predict the future, or maybe we just have been building it. Apparently, we're entering a world where more and more objects around us have brains, even a toothbrush. Dyson recently released this $499 camera jet toothbrush. Yes, 500 bucks. And it has a tiny 100,000 pixel camera that looks inside your mouth 28 times a second. And AI identifies the gaps between your teeth and fires a little jet of mouthwash at them in about 100 milliseconds. And this thing runs on 16 million lines of code, trained on 470,000 dental images. So basically, your toothbrush is now watching you brush your teeth and thinking, yeah, you missed a spot. Well, funny, absolutely. But there's something much bigger happening here. The toothbrush isn't just toothbrush anymore. It's a camera, computer sensor, and AI system that happens to clean your teeth. And that brings us to Austin, Texas, because I think we're looking at Tesla's cybercab the wrong So the cybercab isn't really a self-driving car. It's closer to a moving robot that happens to carry people. Well, they have two seats, no steering wheel, no pedals, no mirrors, and no driver. And that's where Uber and Lyft should probably start sweating. Think about the last time you opened the Uber app and you type in your destination, $24. You stare at it for a second and then you pay it anyway. Now, imagine that ride costs you $6 to $7. And when the car arrives, there's nobody driving it. That's the problem. Uber and Lyft are part of the massive ride-hailing industry built around one basic assumption, which is somebody has to drive the car. Well, Uber alone handled over 13 billion trips in 2025. And depending on the city, you're generally paying around $1 to $2 per mile before extra fees and time charges surge pricing and tips. Well, Tesla is targeting something very different. Elon Musk has said the cybercab could eventually operate at around $0.20 a mile, with all-in costs potentially around $0.30 to $0.40. Also, don't forget that a robot doesn't need a salary, or a tip, or health insurance, or a day off. At $0.40 a mile, a 10-mile trip costs about $4 to operate. So you're potentially looking at something like $10 to $20 in today's Uber economics versus roughly $4 for the robotaxi. That's a little cheaper. That's totally a different business. And this is where the cybercab gets even more weird. Tesla isn't just removing the driver, it's removing things from the car itself. The cybercab uses molded exterior panels with color integrated directly into the material through reaction-injection molding. Well, that sounds really fancy. Basically, Tesla says that can cut manufacturing cycle times from hours to minutes, reduce emissions associated with those parts by about 35%, and eliminate paint VOCs from the traditional process. Well, that already sounds incredible, but that's not even the most impressive part. We have to talk about the motor. Elon Musk says it uses zero rare-earth metals. Well, that matters, because rare-earth magnets are critical to many high-performance electric motors, and China dominates much of the processing and magnet supply chain. China has also used that dominance as leverage, of course. Its rare-earth export controls have already disrupted global supply chains, with factories outside China temporarily stopping production when they couldn't simply get the magnets they needed. Well, the cybercab drive unit has been reported as 18% smaller and 25% lighter than comparable high-performance units, while Elon says Tesla maintained the desired range without rare-earth. If that holds up at a massive scale, this isn't just about Tesla. Because if you can build an electric motor without relying on those magnets in the first place, then you're no longer negotiating with the supplier anymore. You're removing the supplier from the equation. And put it all together, no driver, fewer parts, simpler manufacturing, a smaller, lighter drive unit, no rare-earth magnets. Tesla isn't simply trying to build another car. It's trying to build a transportation robot. And here's the catch. The technology is only half the story. Regulation is the other half. The National Highway Traffic Safety Administration opened an investigation after the Austin launch because the cybercab has no steering wheel, no pedals, or conventional mirrors. And New York shows the problem. Autonomous testing is allowed, but you still need permits and a human who can take control. Fully driverless operation is a new legal framework. So no, cybercab isn't coming to New York City tomorrow, although it has been spot testing in the area. Tesla is preparing markets including Phoenix, Las Vegas, Miami, Orlando, and Tampa, while expanding robotaxi service in Austin, Dallas, and Houston. And yes, cybercab production has started. But Tesla has also pushed back its 2026 volume production timeline while it works through battery production. So basically, three things have to happen before cybercab can truly scale. Number one, the self-driving technology has to work safely and reliably. And number two, regulators have to approve fully driverless operation. And number three, Tesla has to be able to manufacture enough cybercabs to actually scale the service. Well, that sounds like a pretty big if, but here's why this gets interesting. Uber and Lyft might think they have years to prepare. Maybe they do, or maybe they don't. Who would have thought a taxi and a toothbrush would have something in common? Both are becoming computers with cameras, sensors, motors, and AI. So maybe it's no longer that when will the robots take over, it's how many things around us have already started. Because the future probably won't arrive all at once, it will arrive one by one before we have time to decide whether we want it or not. Thanks for watching. That's it for today. I'll see you in the next one.