Uber, the global leader in ride-hailing and food delivery, has embarked on an ambitious strategy to integrate autonomous vehicle (AV) technology across its diverse operations, pivoting from a costly in-house development model to a broad, partnership-driven ecosystem. Over the past two years alone, the company has forged relationships with more than 30 autonomous vehicle companies, making direct investments in some, to accelerate its vision of a driverless future. This global approach underscores a significant reorientation for a company that once sought to build its own self-driving technology from the ground up.

The Winding Road to Autonomy: A History of Ambition and Setbacks

Uber’s journey into autonomous vehicles has been fraught with both pioneering ambition and significant challenges. The company initially plunged into the self-driving race in 2014, establishing Uber Advanced Technologies Group (ATG) under then-CEO Travis Kalanick. This unit quickly attracted top talent, notably recruiting dozens of researchers from Carnegie Mellon University’s esteemed robotics program, signaling a serious commitment to developing proprietary AV technology. The vision was clear: to gain a competitive edge and fundamentally reshape the economics of its core ride-hailing business by removing the cost of human drivers.

Two years later, in 2016, Uber solidified its internal capabilities with the acquisition of Otto, a self-driving truck startup founded by former Google self-driving engineer Anthony Levandowski and other industry veterans. This move broadened Uber’s autonomous aspirations beyond passenger cars to include long-haul logistics. During this period, Uber also aggressively began testing its autonomous vehicles on public roads across key U.S. cities like Pittsburgh, San Francisco, and Tempe, Arizona, aiming to rapidly iterate and scale its technology. The public was introduced to the concept of self-driving Ubers, albeit with human safety operators onboard.

However, this rapid expansion soon encountered severe turbulence. A high-profile trade secrets lawsuit filed by Waymo, Google’s self-driving car project, against Uber and Levandowski in 2017 cast a shadow over ATG, alleging intellectual property theft. This legal battle, which ultimately resulted in a settlement, highlighted the intense competition and ethical complexities within the nascent AV industry. Simultaneously, leadership turmoil saw Kalanick’s resignation in 2017, ushering in a period of corporate restructuring.

The most devastating blow came in March 2018, when an Uber self-driving Volvo XC90, operating in autonomous mode with a human safety operator, struck and killed a pedestrian in Tempe, Arizona. This tragic incident, the first fatal accident involving a fully autonomous test vehicle, triggered widespread public outcry, intense regulatory scrutiny, and a temporary suspension of all Uber’s self-driving tests. The subsequent investigation revealed that the safety operator was distracted, and the vehicle’s system failed to adequately respond. This event proved to be a critical turning point, forcing Uber to fundamentally re-evaluate its approach to autonomous development. The company’s in-house AV mission never truly recovered its initial momentum.

A Strategic Retreat and Re-Emergence under New Leadership

When Dara Khosrowshahi took the helm as CEO, Uber initiated a significant corporate "reset." The focus shifted dramatically from moonshot projects to core profitability and operational efficiency. In a decisive move in 2020, Uber divested from its capital-intensive, non-core ventures, including its autonomous vehicle division. Uber ATG was sold to Aurora, a self-driving trucking firm, in a deal that valued Aurora at $10 billion. While shedding direct operational control, Uber strategically retained equity stakes in Aurora, as well as in other divested units like Jump (electric bikes/scooters, sold to Lime) and Elevate (air taxi, sold to Joby Aviation). This allowed Uber to maintain a financial interest in the future of these technologies without bearing the full burden of their development costs and risks.

For a brief period, Uber seemingly stepped back from direct involvement in the autonomous race, prioritizing its human-driven ride-hailing and delivery services. However, the long-term vision for autonomous mobility remained ingrained in the company’s strategy. Just two years later, in 2022, Uber began to "creep back in," initiating new autonomous vehicle deals. This renewed engagement signaled a realization that autonomous capabilities would still be crucial for future growth and profitability, but that a more agile, capital-light approach was necessary. The deal flow intensified significantly in 2024, indicating a full-fledged commitment to building an AV ecosystem through external partnerships.

A Strategic Partnership Ecosystem: Advantages and Considerations

Uber’s current strategy is a masterclass in leveraging partnerships to achieve ambitious technological goals without the prohibitive costs and risks of in-house development. This "asset-light" or "platform-centric" model offers several compelling advantages:

• Capital Efficiency: By relying on partners for R&D, manufacturing, and even some operational aspects, Uber avoids sinking billions into developing hardware and software that may or may not succeed. Instead, it makes strategic investments and signs commercial agreements, spreading the financial risk.
• Speed and Scale: Partnering with established AV companies allows Uber to rapidly deploy technology developed by specialists, accelerating market entry and scaling operations faster than if it were building everything internally.
• Flexibility and Diversification: Uber is not tied to a single technological stack or vehicle type. It can cherry-pick best-in-class solutions from various partners, adapting to different market needs, regulatory environments, and technological advancements. This diversification also mitigates risk if one partner faces technical or financial difficulties.
• Focus on Core Competencies: Uber can concentrate on what it does best: managing a vast global network, optimizing logistics, enhancing its user interface, and providing a seamless customer experience. The complex challenges of perception, prediction, and control in autonomous driving are outsourced to experts.
• Global Reach: The partnership model facilitates easier entry into diverse international markets, where local regulations, infrastructure, and consumer preferences vary significantly. Collaborating with regional AV players or global companies with a strong international presence simplifies expansion.

However, this model also presents its own set of challenges. Managing numerous disparate partners, each with its own technology, operational standards, and corporate culture, can be complex. There is a potential loss of direct control over the underlying AV technology and the end-to-end user experience. Furthermore, Uber’s success becomes intertwined with the success and stability of its partners, as exemplified by the defunct Cruise partnership. The long-term profitability of such arrangements, involving revenue sharing and potentially significant upfront investments, will also be a key determinant of success.

Global Ambitions, Diverse Technologies: The Market Impact

Uber’s multifaceted approach extends across various segments of autonomous mobility, from robotaxis for passenger transport to sidewalk delivery robots and long-haul autonomous trucks. This broad engagement reflects the company’s ambition to transform its entire logistics and mobility network. The social and cultural implications are profound, hinting at a future where urban transportation is reimagined, and the nature of work for human drivers is fundamentally altered. Public trust and regulatory acceptance remain critical hurdles, but Uber’s strategy positions it to adapt to evolving market dynamics and technological breakthroughs.

Key Alliances in the Autonomous Landscape

Uber’s expansive network of partnerships demonstrates its commitment to securing a leadership position in the autonomous mobility sector. This diverse ecosystem spans ride-hailing, delivery, and logistics, involving direct investments, commercial agreements, and fleet management collaborations.

Autonomous Ride-Hailing Partners

• Autobrains: In June 2026, Uber and Autobrains announced plans for a robotaxi program in Munich, pending regulatory approval. This partnership leverages Autobrains’ agentic AI driving system, running on Nvidia’s Drive Hyperion platform, for an OEM-agnostic vehicle model, showcasing Uber’s flexibility in integrating diverse technologies.
• Avride: Uber formed a multi-year deal with Avride, a Yandex spinout, in October 2024. By late 2025, Avride robotaxis, built on Hyundai IONIQ 5s, became available on the Uber app in Dallas. The partnership also includes autonomous sidewalk delivery robots. However, the National Highway Traffic Safety Administration opened an investigation into Avride in May 2026 due to multiple crashes, highlighting ongoing safety challenges in the industry.
• Baidu: A significant strategic partnership with Chinese tech giant Baidu was announced in July 2025. This collaboration aims to deploy thousands of Baidu’s Apollo Go autonomous vehicles on the Uber platform in markets outside the U.S. and mainland China, starting in Asia and the Middle East. Plans to test Apollo Go robotaxis in London via Uber in early 2026 demonstrate a global expansion focus.
• Cruise: A strategic partnership with GM’s Cruise was announced in August 2024, intending to bring Cruise robotaxis to the Uber app in 2025. This alliance was notable given Cruise’s recent struggles after a serious incident in October 2023. However, GM ultimately ceased Cruise’s robotaxi operations in December 2024 due to high costs and competitive pressures, rendering this partnership defunct and underscoring the volatility of the AV market.
• Lucid: Uber has made substantial investments in EV maker Lucid Motors, committing to launch a premium robotaxi service. Announced in 2025, Uber initially invested $300 million and planned to purchase at least 20,000 Lucid Gravity SUVs over six years, equipped with Nuro’s self-driving system. In April 2026, Uber increased its investment by another $200 million and upped its minimum order to 35,000 vehicles, including Lucid’s upcoming mid-sized platform, solidifying a significant equity stake. San Francisco and Houston are slated as initial markets.
• May Mobility: The Michigan-based AV startup partnered with Uber in May 2025 to deploy its AVs through the app by the end of that year, beginning in Arlington, Texas. The companies aim to expand to other U.S. markets in 2026, with plans to deploy thousands of AVs, showcasing Uber’s strategy to work with diverse regional players.
• Mercedes-Benz: In January 2026, Mercedes-Benz announced a collaboration with Nvidia to create a robotaxi ecosystem using self-driving S-Class sedans for the Uber platform. This highlights Uber’s engagement with traditional automakers for high-end autonomous services.
• Momenta: Uber partnered with Chinese autonomous driving tech company Momenta in May 2025, aiming to add its robotaxis to the app in Europe starting early 2026, with safety operators. Testing in Munich, Germany, was planned for 2026, further diversifying Uber’s European AV presence.
• Motional: A subsidiary of Hyundai, Motional has been a long-standing partner, initially for autonomous deliveries in Santa Monica in 2021. In October 2022, a 10-year operating agreement was announced to roll out robotaxis in major North American cities. While a fully driverless service is still pending, Motional’s self-driving Hyundai Ioniq 5 vehicles joined the Uber app in Las Vegas in March 2026, with human safety monitors, demonstrating incremental progress.
• Nuro: Initially focused on custom-built delivery vehicles, Nuro pivoted to licensing its self-driving tech. Uber adapted, forming a landmark deal in 2025 to launch a premium robotaxi service using Nuro’s system integrated into Lucid Gravity SUVs. Uber’s total commitment to Nuro, including investments, is estimated at $500 million, making Nuro a core technology provider for a premium offering.
• Nvidia: Uber’s relationship with Nvidia, a critical enabler of AI and AV development, has evolved significantly. After an initial partnership for in-house AV computing ended in 2020, Uber re-engaged with Nvidia in 2025, utilizing its generative world model simulation tools and cloud-based AI supercomputing platforms. In October 2025, Uber and Nvidia announced plans to use Nvidia’s Hyperion autonomous platform to accelerate Uber’s robotaxi program, with Stellantis committing to 5,000 Nvidia Drive-powered vehicles. A further expansion in March 2026 outlined plans for a global fleet of Nvidia software-driven AVs across 28 cities by 2028, starting in Los Angeles and San Francisco in early 2027, leveraging Nvidia’s Alpamayo AI models.
• Pony.ai: The Guangzhou-based AV company partnered with Uber in May 2025 to pilot robotaxis (with safety operators) in the Middle East. In March 2026, Uber, Pony.ai, and Croatian company Verne announced a commercial robotaxi service in Europe, starting in Zagreb, using Pony.ai’s system in BAIC-developed Arcfox Alpha T5 vehicles.
• Rivian: An unexpected deal announced in March 2026 could be worth up to $1.25 billion for Rivian. Uber made an initial $300 million investment and plans to purchase 10,000 fully autonomous R2 robotaxis, equipped with Rivian’s developing self-driving system. A rollout in San Francisco and Miami is planned for 2028, with expansion to 25 cities in the U.S., Canada, and Europe by 2031, showcasing a major investment in an integrated vehicle and software solution.
• Stellantis: The automaker formalized a partnership in June 2026 with self-driving startup Wayve and Uber to jointly develop and deploy driverless robotaxis. This collaboration focuses on vehicle integration and testing for Stellantis-made vehicles equipped with Wayve’s technology, targeting Europe and North America, illustrating a comprehensive approach involving manufacturers and tech providers.
• Verne: Formed by Rimac Group founder Mate Rimac, Verne partnered with Uber and Pony.ai in March 2026 to launch a commercial robotaxi service in Europe, starting in Zagreb, Croatia. Verne will own and operate the fleet, with Uber investing in the company.
• Volkswagen/MOIA: Volkswagen’s subsidiary MOIA America and Uber announced plans in 2025 to launch a commercial robotaxi service using autonomous ID. Buzz minivans. Los Angeles is the first city, with a service launch anticipated later in 2026 (with safety operators) and driverless operations by 2027.
• Waabi: Founded by Raquel Urtasun, a former chief scientist at Uber ATG, Waabi focuses on self-driving trucks and recently expanded into robotaxis. Uber was an early investor and in January 2026, committed $250 million in milestone-based capital to support Waabi’s robotaxi deployment, reflecting Uber’s continued belief in talent from its past AV efforts.
• Waymo: A significant competitor-turned-partner, Alphabet-owned Waymo first integrated its robotaxis into the Uber platform in Phoenix in May 2023. The partnership expanded to Austin and Atlanta in 2024, with Waymo robotaxis exclusively accessible via the Uber app in these markets. However, the Phoenix partnership ended in July 2026, with Waymo reportedly seeking to exit its contract early, highlighting the complex and sometimes shifting dynamics between major players.
• Wayve: The UK self-driving startup has received capital from and partnered with Uber. In February 2026, Wayve raised $1.2 billion, including a substantial contingent investment from Uber to deploy robotaxis, beginning in London. In March 2026, Uber, Wayve, and Nissan announced plans for a robotaxi service in Tokyo later that year, integrating Wayve’s AI software into Nissan Leaf EVs.
• WeRide: A prolific Chinese robotaxi partner, WeRide publicly partnered with Uber in September 2024, launching robotaxis in Abu Dhabi by December 2024 and in Dubai in late 2025. Uber expanded its investment by $100 million in May 2025 to bring WeRide’s AVs to 15 more cities by 2030, including Madrid and Zurich, with a deployment of at least 1,200 robotaxis across the Middle East by 2027.
• Zoox: Amazon-owned Zoox became an Uber partner in March 2026, with plans to deploy Zoox robotaxis on the Uber app in Las Vegas in 2026 and Los Angeles in 2027, adding another major AV developer to Uber’s diverse portfolio.

Autonomous Delivery Solutions

• Cartken: Starting in 2022, Cartken’s sidewalk delivery robots began working with Uber Eats in Miami, expanding to Fairfax, Virginia, and Osaka, Japan. While Cartken has since shifted focus to industrial robots, it maintains its last-mile delivery business with Uber, demonstrating the adaptability of robotic solutions for diverse delivery needs.
• Coco: In 2024, Coco’s sidewalk robots began delivering food for Uber Eats customers in Los Angeles, expanding to Miami in April 2025, showcasing Uber’s multi-vendor approach to autonomous last-mile delivery.
• Flytrex: Uber ventured back into drone delivery in September 2025, partnering with and making a small investment in Flytrex, indicating a broad exploration of autonomous delivery modalities.
• Serve Robotics: Spun out from Uber’s acquisition of Postmates X in 2021, Serve Robotics continues to be a key partner for Uber Eats, deploying its sidewalk delivery robots in the United States. Uber also invested in Serve, which went public in 2024.
• Starship Technologies: In November 2025, Starship Technologies struck a deal with Uber Eats to deploy its sidewalk delivery robots in multiple European countries in 2026, with plans for U.S. expansion in 2027, further diversifying Uber’s global autonomous delivery capabilities.

Logistics and Fleet Management

• Aurora: Beyond its origin as the recipient of Uber ATG, Aurora continues its deep connection through Uber Freight. Uber, via Neben Holdings, retains a significant 19.7% Class A equity stake. In June 2024, Uber Freight announced a multi-year collaboration, expanding on an existing pilot where Aurora’s self-driving trucks completed roundtrip hauls between Dallas and Houston via the Uber Freight platform, signaling the future of autonomous long-haul logistics.
• Avomo: Previously Moove Cars, Avomo is a European autonomous fleet operator in which Uber took a 30% stake in 2021. Avomo manages fleet services like maintenance and charging for Uber’s partnerships with Waymo in Austin and WeRide in Madrid, demonstrating its critical role in operationalizing AV deployments.
• Hertz: In April 2026, Uber formed strategic fleet partnerships with Hertz and Oro Mobility. This deal supports Uber’s premium robotaxi service using Lucid vehicles equipped with Nuro’s self-driving system, with Hertz handling day-to-day fleet management, maintenance, and charging, highlighting the growing importance of third-party operational support for AV fleets.
• New Horizon: This fleet management company is involved in Uber’s agreement with Baidu to bring Apollo Go autonomous ride-hailing to Dubai, playing a key role in regional operational support.
• Nissan: As part of the Uber-Wayve partnership, Nissan is providing its Leaf EVs for a self-driving robotaxi service in Tokyo, scheduled for late 2026, demonstrating an OEM’s role in providing suitable vehicle platforms for AV integration.
• Tawasul: The UAE-based Tawasul partnered with Uber in 2024 to provide fleet management services for Uber’s WeRide robotaxi service in Abu Dhabi, showcasing the localization of operational support in global markets.
• Torc Robotics: Uber Freight partnered with Torc Robotics, a self-driving truck company acquired by Daimler, in late 2025. This collaboration focuses on data analysis to identify optimal lanes and commercial applications for autonomous trucking deployment, emphasizing the role of data in scaling logistics.
• Volvo Autonomous Solutions: Uber Freight first partnered with Volvo Autonomous Solutions in 2023. By 2025, Volvo’s VNL Autonomous trucks, built with Aurora Innovation’s self-driving tech, began delivering loads for Uber Freight customers between Dallas and Houston, further expanding the network for autonomous heavy-duty transport.

Conclusion

Uber’s evolution from an internal AV developer to a orchestrator of a vast, global network of autonomous partnerships reflects a mature and pragmatic approach to a highly complex and capital-intensive industry. By diversifying its technological bets and leveraging the specialized expertise of numerous companies, Uber is strategically positioning itself to be a dominant force in the future of autonomous mobility and logistics, even as it navigates the inherent challenges of integration, regulation, and public acceptance. This expansive ecosystem underscores a belief that the future of transportation will indeed be driverless, and Uber intends to be at the forefront, not by building every component itself, but by skillfully connecting the pieces.