UAE and Saudi Arabia roll out autonomous vehicles as the region accelerates towards smarter cities
For years, the idea of stepping into a car with no driver felt like a scene from science fiction, more likely to unfold in Silicon Valley’s labs than on the streets of the Gulf. Yet here we are: in Abu Dhabi and parts of Saudi Arabia, robotaxis are no longer prototypes. They’re public transport.
The debut of autonomous ride-hailing services in the region, through a partnership between Chinese AI mobility firm WeRide and global platform Uber, is a milestone moment. These aren’t test circuits or controlled demonstrations. They’re fully functioning services, taking passengers from A to B on live roads.
The Gulf’s approach to smart mobility has always been future-facing, but this rollout underscores a pivotal shift: autonomous driving has left the showroom and entered the streets. In Abu Dhabi, robotaxis can now be booked via the Uber app in designated zones. In Saudi Arabia, trials in Riyadh and AlUla signal a growing appetite for innovation beyond the lab, and into the landscape.
“This is about more than technology, it’s about trust,” said Tony Qiu, CEO of WeRide, at the launch. “We’re not just building vehicles. We’re building confidence in a new way of moving.”
WeRide’s Level 4 autonomous vehicles, able to operate without human input under certain conditions, are outfitted with LiDAR sensors, radar, and high-resolution cameras, enabling them to interpret their surroundings in real time. Each vehicle is remotely monitored, and for now, a human safety operator remains on board, not to steer, but to reassure.
Globally, cities like San Francisco and Beijing have piloted similar services. But while others have met public backlash and regulatory resistance, the Gulf states have moved decisively. Backed by national visions, Abu Dhabi’s Smart Mobility Roadmap and Saudi Arabia’s Vision 2030, autonomous vehicles are not being positioned as disruptors, but as strategic infrastructure.
In Dubai, the Roads and Transport Authority has set a target: by 2030, 25% of all journeys will be autonomous. In Saudi Arabia, new smart cities like NEOM are being designed with AVs in mind from the ground up, no private cars, no traffic lights, just fleets of connected, shared vehicles.
The WeRide–Uber partnership reflects this readiness. For Uber, it’s the latest move in an evolving strategy to support autonomous mobility through platform integration. The company’s collaborations with Waymo and Motional in the US have already set precedent, but the Middle East launch marks its first autonomous initiative in the region.
“Autonomous vehicles are the next logical evolution for ride-hailing in cities purpose-built for innovation,” said Anabel Diaz, Regional General Manager for Uber’s EMEA mobility division. “The Gulf offers a rare combination, open roads, forward-thinking regulators, and a mandate to modernise.”
It’s also a step toward greener, more efficient cities. WeRide’s electric fleet supports the region’s wider sustainability goals, including carbon reduction and improved urban liveability. In AlUla, home to one of Saudi Arabia’s most ecologically sensitive tourism sites, driverless mobility offers a low-impact, high-efficiency solution for navigating both heritage areas and day-to-day transport needs.
Still, not everything is on cruise control. Data privacy, insurance liability, algorithmic bias, and human unpredictability remain significant hurdles. Cultural nuances, like informal road habits or high pedestrian interaction, demand localised training and testing. But this, too, is part of the Gulf’s vision: to become not just a launchpad, but a global blueprint for regulated, scalable AV ecosystems.
What sets the Gulf apart is its ability to build the future in real time. Pilot programmes are coordinated at the highest levels between regulators, municipalities, and private players. Zones are carved out for experimentation. Legal frameworks are drafted to support rollouts, not react to them.
This clarity and speed may offer the region a crucial lead. While cities in Europe and North America debate ethics, road safety, and infrastructure retrofitting, Abu Dhabi and Riyadh are already generating data, feedback, and momentum.
Robotaxis in the Gulf aren’t just novelties. They’re signals that the region isn’t waiting to be invited into the future of mobility. It’s already there. And it’s driving itself.
Sidebar: Inside the Ride: What Makes a Robotaxi Work?
Forget steering wheels and instincts, autonomous vehicles operate on a symphony of sensors, software, and remote coordination. Here’s what’s powering your next driverless ride.
LiDAR + Cameras + Radar
High-resolution LiDAR sensors scan the road in 360 degrees, measuring distances to surrounding objects with pinpoint accuracy. These work in tandem with radar and visual cameras to detect pedestrians, vehicles, cyclists, even stray shopping trolleys.
AI-Driven Perception
Advanced algorithms allow the car to interpret traffic lights, lane markings, and hand signals. The vehicle isn’t just “seeing”, it’s understanding and predicting human behaviour in real time.
HD Maps
Unlike GPS, these ultra-detailed maps include curbs, road gradient, traffic flow patterns, and even construction zones. Constantly updated, they guide the car through changing urban environments.
Onboard Processing Power
Each robotaxi is essentially a data centre on wheels. It processes massive volumes of sensory data every second, deciding whether to brake, accelerate, or change lanes, all in a blink.
Remote Monitoring
Even though no one’s behind the wheel, someone is watching. Control centres monitor every journey in real time, offering live support and intervention capabilities when needed.
Safety Operator (For Now)
During early-stage deployment, a human “co-pilot” remains on board, not to drive, but to reassure passengers and provide manual override if ever necessary.