- Nissan, Wayve, and Uber prepare a Tokyo robotaxi pilot using an AI-driven electric vehicle platform.
- The prototype integrates NVIDIA DRIVE architecture with advanced sensors for autonomous operation.
In a coordinated move toward commercial autonomous mobility, the Nissan Wayve robotaxi prototype vehicle has been revealed ahead of its planned deployment in Tokyo. The showcase aligns with a broader collaboration between Nissan, Wayve, and Uber to introduce a pilot robotaxi service by late 2026. This prototype forms the foundation of that initiative, combining electric vehicle engineering with next-generation AI-driven autonomy to support real-world urban mobility use cases.
Integrated Platform Combining EV Engineering and AI
The prototype is based on the all-electric Nissan Leaf, leveraging established electric vehicle architecture while integrating Wayve’s embodied AI software stack. This approach enables adaptive driving intelligence capable of learning from real-world environments. The system is further enhanced through collaboration with NVIDIA, ensuring high-performance compute capabilities and scalable deployment readiness for autonomous operations in dense city conditions.
High-Performance Compute and Safety Architecture
The vehicle operates on NVIDIA DRIVE Hyperion, a reference platform that combines computing, sensors, and software. It is powered by dual NVIDIA DRIVE AGX Thor processors, delivering the computational throughput required for real-time decision-making. Running on NVIDIA DriveOS and supported by NVIDIA Halos, the platform addresses both functional safety and cybersecurity requirements, which are critical for autonomous passenger transport systems.
Advanced Sensor Suite for 360-Degree Awareness
The prototype incorporates a comprehensive sensor configuration designed to ensure full environmental perception. This includes high-resolution cameras providing complete 360-degree visibility, advanced radar systems for both surround and forward detection, and a forward-facing LiDAR unit. Together, these sensors enable accurate scene interpretation, allowing the AI driver to make informed navigation decisions under varying urban conditions.
Tokyo Pilot Deployment Strategy
The vehicle will play a central role in the upcoming robotaxi pilot program in Japan, specifically in Tokyo. The initiative also involves Uber, highlighting a multi-stakeholder approach to autonomous mobility deployment. Beyond passenger transport, the platform supports extended capabilities such as long-range sensing, data collection, and validation processes, which are essential for refining autonomous driving systems before broader commercialization.
With this development, the Nissan Wayve robotaxi prototype vehicle represents a significant step toward scalable, AI-powered mobility solutions tailored for complex urban environments.
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