Uber has launched Baidu's fully driverless Apollo Go autonomous vehicles on its platform in Dubai [1].
The move marks a significant step in Uber's strategy to build a scalable, multi-partner network of autonomous vehicles. By integrating third-party robotaxi fleets, Uber aims to reduce its reliance on human drivers while expanding its service offerings in high-tech urban markets [1], [3].
New Horizon Luxury Transport is operating the fleet of vehicles in the United Arab Emirates [1], [2]. The deployment allows riders in Dubai to request autonomous trips directly through the existing Uber app, integrating the driverless experience into a familiar user interface [2].
This launch on Aug. 20, 2026 [3], represents the first market for the partnership between the U.S. ride-hailing giant and the Chinese technology company [1]. The collaboration leverages Baidu's Apollo Go technology, which is designed to operate without a human safety driver behind the wheel [2], [3].
Uber has previously sought to position itself as the primary dispatch layer for autonomous mobility. Rather than developing its own self-driving hardware, the company is focusing on partnerships with various autonomous vehicle developers to ensure a diverse supply of robotaxis across different global cities [1], [3].
Dubai's infrastructure and regulatory environment have made it a primary target for early autonomous adoption. The city has frequently positioned itself as a testing ground for future mobility solutions, providing the necessary legal framework for driverless operations on public roads [1], [2].
“Uber has launched Baidu's fully driverless Apollo Go autonomous vehicles on its platform in Dubai”
This partnership signals a shift toward a 'platform-as-a-service' model for autonomous mobility. Instead of a single company owning both the software and the fleet, Uber is acting as the marketplace that connects specialized autonomous hardware providers like Baidu with the end consumer. This approach allows Uber to scale rapidly across different regions without the massive capital expenditure required to build and maintain its own self-driving technology.
