How Uber Quietly Built a 30-Partner Robotaxi Network Across Three Continents

From Internal Collapse to Platform Orchestrator

Six years ago, Uber walked away from building its own self-driving cars. The decision followed a fatal crash in Arizona, a trade secrets lawsuit, and the departure of its founding CEO. The company sold off its Advanced Technologies Group to Aurora, ending what had once been one of the most ambitious autonomous vehicle programs in Silicon Valley.

Today, Uber operates the largest network of autonomous vehicle partnerships in the ride-hailing industry. Since 2024, the company has struck deals with more than 30 AV developers, fleet operators, and technology providers across North America, Europe, Asia, and the Middle East. The strategy represents a fundamental shift: rather than own the technology, Uber now positions itself as the demand-generation layer connecting passengers to whoever can deliver driverless rides.

At DailyTechWire, we've tracked how platform companies in Asia and Europe have pursued similar orchestration models in logistics and mobility. Uber's approach scales that playbook globally, but with a critical difference. It carries equity stakes in many of its partners, blurring the line between platform neutrality and strategic control.

Aurora and the Freight Anchor

Uber's connection to Aurora dates to the 2020 divestiture. The company received equity in exchange for its ATG unit and retained a 19.7% Class A stake as of April this year, according to SEC filings. That position gives Uber 6.9% voting power in the publicly traded autonomous trucking company.

The relationship extends beyond passive investment. Uber Freight, the logistics arm spun out in 2018, expanded a pilot program with Aurora in June 2024. By May 2025, Aurora's self-driving trucks were completing roundtrip hauls between Dallas and Houston on the Uber Freight platform. The arrangement provides Aurora with commercial freight loads while Uber tests autonomous logistics without bearing the capital cost of developing the trucks.

Freight represents one of the few profitable use cases for autonomy at scale today. Long-haul trucking routes on highways reduce the complexity of urban navigation, and driver shortages in North America create immediate demand. Uber's willingness to integrate Aurora's trucks into its freight marketplace signals where the company sees near-term revenue, not just future optionality.

The European Beachhead

Uber's robotaxi partnerships in Europe reflect a regulatory landscape more fragmented than the United States. In June 2026, the company announced plans to launch a robotaxi program in Munich with Autobrains, an Israeli company building agentic AI driving systems on Nvidia's Drive Hyperion platform. The deal lacks specifics on vehicle selection, but Uber and Autobrains framed it as OEM-agnostic, suggesting the software could run on multiple vehicle platforms.

A month earlier, Uber had already committed to testing Apollo Go robotaxis from Baidu in London, following a multi-year strategic partnership announced in July 2025. That agreement calls for thousands of Baidu vehicles to be deployed outside the U.S. and mainland China, starting in Asia and the Middle East. As of mid-2026, those London tests had not yet begun.

Uber also partnered with WeRide to launch robotaxi service in Madrid, announced in June 2026. Fleet operations for that deployment are managed by Avomo, a European company in which Uber holds a 30% stake. Avomo handles vehicle cleaning, maintenance, inspections, charging, and depot operations. The same company manages Waymo-Uber fleet services in Austin.

The European strategy appears to prioritize regulatory arbitrage. By partnering with multiple AV developers in different cities, Uber can test which regulatory environments prove most permissive and which technologies scale fastest in dense urban centers.

Asia and the Baidu Wildcard

Baidu's July 2025 partnership with Uber represents the most significant bet on Chinese autonomous vehicle technology outside mainland China. The agreement targets deployment in Asia and the Middle East, regions where Baidu's Apollo Go platform has limited commercial presence but where Uber retains strong market share in ride-hailing.

New Horizon, a fleet management company, is involved in bringing Apollo Go to Dubai, according to the partnership details. The Dubai deployment would mark one of the first large-scale commercial robotaxi services in the Gulf region, where regulatory frameworks for AVs remain underdeveloped but where government interest in autonomous mobility runs high.

Uber's willingness to partner with Baidu contrasts sharply with the geopolitical caution many U.S. tech companies have shown toward Chinese AI and autonomous systems. The partnership suggests Uber views its platform as geographically segmented: what works in Dubai or Jakarta does not carry the same regulatory or political risk as what operates in San Francisco or Washington, D.C.

In Japan, Uber has taken a different approach. The company announced plans in March 2026 to add self-driving Nissan Leaf EVs to its network in Tokyo, powered by Wayve, a UK-based autonomous driving startup. Wayve's approach centers on end-to-end learning rather than rule-based systems, a technical architecture that has drawn both investor enthusiasm and skepticism over safety validation.

Sidewalk Robots and Last-Mile Delivery

Uber Eats has become the testing ground for sidewalk delivery robots, a lower-stakes application of autonomy that requires less regulatory approval than robotaxis. The company has partnered with at least four sidewalk robot developers: Avride, Cartken, Coco, and Flytrex.

Avride, a Yandex spinout now under Nebius Group, announced a multi-year deal with Uber in October 2024. By February 2025, Uber Eats orders in Austin and Dallas were being fulfilled by Avride's sidewalk robots. The company also secured strategic investments and commercial commitments worth $375 million from Uber and Nebius in fall 2025, though neither disclosed the capital breakdown.

Avride has since expanded into robotaxis using Hyundai Ioniq 5 vehicles equipped with its self-driving system. Those vehicles became available on the Uber app in Dallas by the end of 2025, though they still operate with human safety operators. The National Highway Traffic Safety Administration opened an investigation into Avride in May 2026 after more than a dozen crashes and one minor injury.

Cartken, another sidewalk robot partner, started working with Uber in 2022 and expanded to Osaka, Japan, by February 2025. However, Cartken shifted its focus to industrial robots by mid-2025, maintaining but not expanding its food delivery business. Coco, meanwhile, began delivering for Uber Eats in Los Angeles in 2024 and expanded to Miami neighborhoods in April 2025.

Flytrex, a drone delivery company, announced a partnership with Uber in September 2025 that included a small, undisclosed investment. The partnership represents Uber's entry into aerial delivery, a segment where regulatory approval remains limited but where companies like Zipline and Wing have carved out narrow operating zones.

The Lucid-Nuro Premium Play

Uber's most capital-intensive AV bet centers on Lucid Motors and Nuro. The company announced plans in 2025 to launch a premium robotaxi service using Lucid Gravity SUVs equipped with Nuro's self-driving system. Uber initially committed $300 million to Lucid and agreed to purchase at least 20,000 vehicles over six years.

In April 2026, Uber increased the investment by $200 million and raised its minimum order to 35,000 vehicles, including Lucid's upcoming mid-sized platform. The investment now gives Uber more than 11% ownership in Lucid, a significant stake in an EV maker that has struggled with production scale and profitability.

Nuro, once focused on custom-built delivery vehicles, pivoted to licensing its self-driving technology to automakers and robotaxi operators. The partnership with Uber marks Nuro's largest commercial deployment to date. San Francisco will be the first market, with Houston announced as the second in June 2026.

Hertz and its affiliated operating company Oro Mobility will handle day-to-day fleet management, including charging, maintenance, repairs, cleaning, and depot staffing. The arrangement mirrors the Avomo model in Europe, where Uber outsources operational complexity to third-party fleet managers.

The Lucid-Nuro partnership targets a different customer segment than the Waymo or Baidu integrations. Premium robotaxis could command higher fares and appeal to business travelers or luxury-oriented riders, but the capital requirements are steep and the technology unproven at scale. Nuro has yet to operate a driverless robotaxi service in any market.

Partners That Faded

Not every partnership has survived. Uber announced a strategic deal with GM's Cruise in August 2024 to bring Cruise robotaxis onto the Uber app in 2025. That partnership evaporated in December 2024 when GM shut down Cruise's robotaxi business entirely, citing high costs and mounting competition. The unit was folded into GM's broader engineering operations.

Motional, a Hyundai subsidiary, has worked with Uber since 2021 but has yet to launch a commercial driverless service. The companies announced a 10-year operating agreement in October 2022, naming Las Vegas and Los Angeles as initial markets. In March 2026, Motional's self-driving Hyundai Ioniq 5 vehicles were added to the Uber app in Las Vegas, but human safety monitors remain on board.

Motional underwent a reboot in 2024, shifting to an AI-centric approach after earlier technical setbacks. The delayed driverless launch reflects broader challenges in the AV industry: companies that once projected rapid commercialization have repeatedly pushed timelines as real-world deployment proves harder than simulation.

May Mobility, a Michigan-based startup, reached an agreement with Uber in May 2025 to deploy AVs through the app by the end of that year, starting in Arlington, Texas. As of June 2026, Arlington remains the only market where customers can hail a May Mobility vehicle. The company had projected deployments of "thousands of AVs" over "the next few years," but that scale has not materialized.

The Platform Risk

Uber's partnership strategy carries two structural risks. First, the company depends on third-party developers to deliver technology that works at scale, meets regulatory approval, and achieves unit economics that make robotaxis cheaper than human drivers. If those technologies fail or remain confined to narrow geographies, Uber's platform advantage erodes.

Second, the equity stakes Uber holds in Aurora, Lucid, Avomo, and others create potential conflicts. If Uber favors partners in which it has financial interest over competitors that might offer better service or lower costs, the platform becomes less neutral. Regulatory scrutiny over self-preferencing has already reshaped how platform companies operate in Europe and parts of Asia.

The partnerships also expose Uber to reputational risk. When an Avride vehicle crashes or a Motional deployment stalls, Uber's brand is attached. The company no longer controls the technology, but it still owns the customer relationship and the liability that comes with it.

What Comes Next

Uber's AV network remains a patchwork of pilots, limited deployments, and announced partnerships that have yet to launch. The company has yet to operate a fully driverless robotaxi service at scale in any major market. Waymo, by contrast, operates commercial driverless rides in San Francisco, Phoenix, and Los Angeles without Uber's platform.

The question is whether Uber's demand aggregation and fleet management infrastructure provide enough value to AV developers that they choose to integrate rather than build their own ride-hailing apps. In China, autonomous vehicle companies have largely bypassed platforms and launched direct-to-consumer services. In the United States and Europe, the jury is still out.

Uber's bet is that building self-driving cars is hard, but building a global mobility marketplace is harder. The company has spent a decade refining dispatch algorithms, regulatory relationships, and consumer trust. If autonomous vehicles eventually work, Uber wants to be the layer that connects them to riders.

But the strategy assumes that AV developers will accept platform economics: sharing revenue with Uber in exchange for access to demand. If the unit economics of robotaxis improve enough that developers can afford customer acquisition on their own, Uber's leverage disappears. The partnerships it has assembled could prove as fragile as the technology they depend on.