Wayve, Uber and Nissan Announce Collaboration on Robotaxis
Wayve, Uber and Nissan Announce Collaboration on Robotaxis
Rhea-AI Impact
(Moderate)
Rhea-AI Sentiment
(Positive)
Tags
partnership
Key Terms
robotaxistechnical
Robotaxis are passenger vehicles that drive themselves using sensors and software, operating like a taxi without a human driver. For investors, they matter because they promise a new, potentially large revenue stream from automated ride-hailing and logistics while also carrying high costs, safety and regulatory risks, and heavy competition—similar to betting on a new public transit system that must prove it can run safely and profitably at scale.
autonomous vehicletechnical
A vehicle that can navigate and operate without a person actively controlling the steering, braking and acceleration, using onboard sensors, cameras, maps and software to make driving decisions much like a robot chauffeur. Investors watch autonomous vehicles because they can reshape transportation economics—lowering labor and operating costs for fleets, creating new service and data revenues, and introducing regulatory and liability risks that can rapidly change a company's value, similar to how smartphones transformed multiple industries.
autonomous driving systemtechnical
An autonomous driving system is the combination of hardware and software that lets a vehicle sense its surroundings, decide what to do, and control steering, braking and acceleration with little or no human input. For investors it matters because adoption can create new revenue streams and cost savings while introducing regulatory, safety and liability risks; like smartphones transforming phones, widespread use can reshape vehicle sales, services and insurance economics.
ride hailing platformtechnical
A ride hailing platform is a digital marketplace that connects passengers with drivers through a smartphone app or website, handling booking, routing, payment and fare calculation. Investors watch it because the platform is the revenue engine: its value depends on user growth, driver supply, average fares and per-ride profitability; like a digital taxi company, larger and more efficient networks typically generate more consistent income and competitive advantage.
HD maptechnical
An HD map is a ultra-detailed digital map that records precise lane geometry, road markings, signs, and 3D features down to centimeter-level accuracy for use by advanced driver-assistance systems and autonomous vehicles. Investors care because these maps are a critical piece of the self-driving puzzle: they can make vehicles safer and enable services that generate recurring revenue, but building and updating them is capital- and data-intensive and can create competitive moats or regulatory hurdles.
memorandum of understandingregulatory
A memorandum of understanding (MOU) is a formal agreement between two or more parties that outlines their shared intentions and plans to work together. It acts like a handshake in writing, clarifying each side’s roles and expectations before any official contract is signed. For investors, an MOU signals that parties are serious about collaboration, which can influence future business opportunities and potential growth.
prototypetechnical
A prototype is an early, working model of a product or process that demonstrates key features and how it will function in the real world. For investors, a prototype matters because it turns abstract ideas into tangible evidence that technical risks are being addressed—like seeing a concept car run on a track—helping judge whether a project is feasible, how long development might take, and how much further investment or regulatory approval will be needed.
pilot deploymenttechnical
A pilot deployment is a limited, real-world rollout of a product, service, or system to a small group of users or locations before a full launch. It acts like a test drive or soft opening that reveals practical issues, customer demand, costs, and regulatory hurdles. Investors watch pilot deployments because successful results reduce uncertainty about scale-up, timeline and future revenue, while problems can signal extra investment or delays.
Uber’s first autonomous vehicle partnership for Japan, in collaboration with Wayve as the AI technology partner and Nissan as the automaker partner
Part of Wayve and Uber’s planned global robotaxi rollout across 10+ cities, including London
Robotaxi pilot in Tokyo planned for late 2026 subject to discussions with relevant authorities
TOKYO--(BUSINESS WIRE)--
Wayve, Uber and Nissan today announced the signing of a memorandum of understanding to collaborate on the development of robotaxis and commence activities to realize the deployment of robotaxi services. The parties will begin preparations for a pilot deployment in Tokyo by late 2026, introducing the Nissan LEAF powered by the Wayve AI Driver, available to riders through Uber.
This marks Uber’s first autonomous vehicle partnership in Japan and the next milestone in Wayve and Uber’s global robotaxi rollout, which includes planned services across more than ten cities worldwide, including London.
Under this scheme, the goal is to integrate Wayve’s end-to-end AI autonomous driving system into Nissan’s base vehicle, which can accommodate the Wayve AI Driver and connect to Uber’s ride hailing platform, matching robotaxis with individuals seeking transportation.
During the initial phase, the vehicles will operate on the Uber network with a trained safety operator in the car, allowing riders to experience a robotaxi service as part of their everyday journeys.
Wayve, Uber and Nissan aim to deploy their state of the art, safe and reliable robotaxi service in Tokyo, one of the world’s most challenging markets with its dense traffic patterns, complex road layouts and high safety standards.
The Wayve AI Driver is designed to learn from real-world data and generalize across new roads and cities without the use of an HD map. This enables rapid expansion into global markets and supports deployment in dynamic urban environments like Tokyo.
Alex Kendall, Cofounder & CEO, Wayve, said:
“Tokyo represents an important step forward in bringing embodied intelligence to one of the world’s most sophisticated mobility markets. We have been testing our technology throughout Japan since early 2025, building extensive experience in the country’s unique road environments. Partnering with Uber and Nissan to begin pilot deployment of Robotaxi allows us to introduce this technology in a responsible way, while continuing to learn and expand.”
Ivan Espinosa, President and CEO, Nissan Motor Co., Ltd., said:
“Nissan is proud to collaborate in this next chapter of mobility innovation. Our work with Wayve to integrate advanced AI technology across our consumer vehicle portfolio has laid strong foundations, and we are excited to take this partnership further with a pilot deployment of Robotaxi in Tokyo, bringing together Wayve’s AI technology, Uber’s network, and Nissan vehicles. Nissan’s vision is to bring mobility intelligence to everyday life, and we believe this initiative reflects how we translate that ambition into real‑world applications.”
Dara Khosrowshahi, CEO, Uber, said:
“Autonomous mobility is becoming an increasingly important part of the Uber platform. We are excited to expand our collaboration with Wayve and to work with Nissan to bring robotaxi services to Tokyo. Following our planned pilot deployment in London, we look forward to expanding into Tokyo and introducing new, modern ways to travel in some of the world’s largest cities. It also reflects our long-term commitment to Japan, a critical market where innovation can help address driver shortages and support the future of urban transportation. Our goal is to give riders more ways to move with seamless access through the Uber app.”
Uber intends to launch the service through a licensed taxi partner in Japan, working in close alignment with relevant authorities, and is currently in the process of selecting its partners.
As part of the announcement, the companies are providing a first look at the Robotaxi prototype based on the Nissan LEAF.
The announcement reinforces a shared ambition to scale safe, intelligent autonomous mobility globally, by combining Wayve's AI technology, Nissan’s cutting-edge vehicles and Uber’s network, the partners aim to bring autonomous mobility to more cities.
About Wayve
Founded in 2017, Wayve is a global leader in Embodied AI for autonomous driving. The company is building AI driving software that enables vehicles to perceive, reason, and drive in complex real world environments. Its end to end AI foundation models are trained on vast amounts of driving data and designed to generalize across cities, vehicle platforms, and use cases, enabling deployment in any vehicle, in any market.
Wayve partners with leading automakers and mobility platforms to power advanced driver assistance and automated driving systems, advancing the progression toward fully autonomous mobility. Wayve’s mission is to reimagine mobility with embodied intelligence. Learn more at www.wayve.ai.
About Uber
Uber’s mission is to create opportunity through movement. We started in 2010 to solve a simple problem: how do you get access to a ride at the touch of a button? More than 72 billion trips later, we’re building products to get people closer to where they want to be. By changing how people, food, and things move through cities, Uber is a platform that opens up the world to new possibilities.
About Nissan
For more information about Nissan's products, services and commitment to sustainable mobility, visit nissan-global.com. You can also follow us on Facebook, Instagram, X and LinkedIn and see all our latest videos on YouTube.
