On the streets of London, a CBS News reporter stepped into an Uber with no one at the wheel — a quiet but consequential moment in the long arc of humanity's relationship with machines and motion. Uber has brought autonomous, AI-guided vehicles into real-world service in one of the world's great cities, moving self-driving technology out of the realm of promise and into the daily fabric of urban life. What was once confined to test tracks and cautious pilots in American cities is now navigating London's layered traffic, its unpredictable weather, and its millions of daily journeys — guided not
CBS Reporter Tests Autonomous AI-Powered Uber in London
A car with no one at the wheel, moving through London streets.
Mark
So Uber is actually running driverless cars in London? Not testing them in a closed course somewhere?
Mimi
Right. Real passengers, real streets. Leigh Kiniry got in one and rode it. That's the story—not a press release, but what it's actually like.
Luke
Do we know how many vehicles they're operating? How long they've been running? Any incidents?
Mimi
The source material doesn't give those numbers. We know it's happening, we know Kiniry tested it, but the specifics of scale and timeline aren't there.
Mark
Why does London matter? Why not just say Uber has driverless cars somewhere?
Mimi
London is a major city with complex traffic, different regulations than the US. If the technology works there, it suggests it can scale beyond the American test markets where Uber's been operating.
Luke
But we don't actually know from this reporting whether it worked well or poorly. We know Kiniry rode in one. That's the extent of what we can confirm.
Mark
So the real story is just that this is happening—that the technology has moved from theory to actual deployment in a real city.
Mimi
Exactly. For years people said autonomous vehicles were coming. Now you can request one in London and get in a car with no driver. That's the shift.
Luke
Fair. But readers should know we're not making claims about safety, reliability, or how well it performed. We're reporting that it exists and that a journalist experienced it.
Mark
What comes next? Does this mean autonomous Ubers everywhere soon?
Mimi
That's the question. If London works, if passengers use it, if regulators allow it—then yes, probably. But that's speculation. Right now it's just London.
O Pulso
- A CBS News reporter climbed into a driverless Uber on a London street — no safety driver, no human at the wheel — turning a technology demonstration into a live test of public trust.
- Uber's London deployment breaks new ground geographically, bringing autonomous vehicles into a city with distinct traffic rules, road infrastructure, and regulatory frameworks that no American pilot program has faced.
- For years, the self-driving industry has been haunted by delayed promises and public skepticism — London now becomes the arena where those promises must either begin to materialize or face fresh scrutiny.
- The firsthand account from reporter Leigh Kiniry cuts through promotional narratives, offering an unfiltered look at how the technology actually performs when a stranger's safety depends on it.
- If Uber's autonomous service can adapt to London's complexity, the industry's case for global urban expansion becomes significantly harder to dismiss.
On the streets of London, a CBS News reporter stepped into an Uber with no one at the wheel — a quiet but consequential moment in the long arc of humanity's relationship with machines and motion. Uber has brought autonomous, AI-guided vehicles into real-world service in one of the world's great cities, moving self-driving technology out of the realm of promise and into the daily fabric of urban life. What was once confined to test tracks and cautious pilots in American cities is now navigating London's layered traffic, its unpredictable weather, and its millions of daily journeys — guided not by human hands, but by algorithms, cameras, and sensors working in concert.
On a London street, CBS News reporter Leigh Kiniry climbed into an Uber with no one at the wheel. The car drove itself.
Uber has begun operating autonomous vehicles in London, placing self-driving taxis into genuine service in one of the world's most complex urban environments. For years, this kind of deployment existed mostly in theory — confined to test tracks and limited pilots in a handful of American cities. Now passengers in London can request a ride and find themselves guided entirely by artificial intelligence, sensor arrays, and lidar systems, with no safety driver present.
Kiniry's decision to ride firsthand gave the story its sharpest edge. This was not a promotional video or a controlled demonstration — it was a journalist navigating real traffic, real pedestrians, and real uncertainty, asking what it actually feels like to trust your safety to an algorithm through London's streets.
The stakes extend well beyond novelty. Autonomous vehicle companies have long promised to transform urban transportation — fewer accidents, lower costs, reduced dependence on human drivers. Those promises have repeatedly stalled against technical challenges, regulatory resistance, and public doubt. London, with its layered traffic patterns, unpredictable weather, and distinct road rules, represents a far more demanding test than any American city where Uber has previously operated.
That Uber is operating there at all suggests the technology is becoming genuinely portable — adaptable to new cities, new regulations, new contexts. The self-driving future is no longer waiting. It is moving people through London right now.
On a London street, a CBS News reporter climbed into an Uber with no one at the wheel. The car was ready to drive itself.
Uber has begun operating autonomous vehicles in London, putting self-driving taxis into real-world service in one of the world's largest cities. The deployment marks a tangible step in the company's long-stated ambition to move beyond human drivers—a shift that has remained largely theoretical for years, confined to test tracks and limited pilot programs in a handful of American cities. Now passengers in London can request a ride and find themselves in a vehicle guided entirely by artificial intelligence and sensor systems, with no safety driver present.
Reporter Leigh Kiniry decided to experience the service firsthand. Getting into an autonomous Uber in an unfamiliar city, navigating real traffic and actual pedestrians, offered a direct window into how the technology performs when it matters—when a stranger is trusting their safety to algorithms and cameras and lidar sensors working in concert. The ride itself became the story: not a promotional video, but a journalist's account of what it actually feels like to sit in a car that drives itself through London's streets.
The significance of Uber's London deployment extends beyond the novelty of the experience. For years, autonomous vehicle companies have promised that self-driving technology would transform urban transportation, reduce accidents, lower costs, and free up human drivers for other work. Those promises have remained largely unfulfilled, delayed by technical challenges, regulatory hurdles, and public skepticism. London represents a test of whether those promises can begin to materialize in a major metropolitan area with complex traffic patterns, unpredictable weather, and millions of daily journeys.
Uber's move into London also signals a shift in the geography of autonomous vehicle deployment. The company has operated self-driving services in select American cities, but expanding to London—a city with different traffic rules, different road infrastructure, and different regulatory frameworks—suggests the technology is becoming portable, adaptable to new contexts. If Uber can operate autonomous vehicles in London, the logic goes, it can operate them elsewhere.
What Kiniry's test ride revealed about the actual experience of riding in an autonomous vehicle—how smoothly the car navigated, how it handled unexpected situations, how passengers felt sitting in a driverless car—remains the core of the story. The technology is no longer hypothetical. It is moving people through London streets right now.
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