Nissan taps UK AI startup Wayve for next-gen driving tech

Nissan has signed an agreement with UK-based autonomous driving startup Wayve to integrate AI-driven driver assistance technology into its next-generation ProPILOT series.

The collaboration will combine Wayve’s AI software with Nissan’s advanced driver-assistance systems, supporting both highway and urban driving.

A prototype featuring Wayve’s AI and Nissan’s sensor technology was unveiled in September 2025, demonstrating its use in various driving environments.

Nissan plans to equip its first production vehicle with the new system in Japan in fiscal year 2027, with deployment in other global markets to follow.

This is the first time an automaker has committed to deploying Wayve’s AI systems at scale across multiple vehicle segments.

Nissan expects real-world use of the system will help improve its intelligent driving technologies over time.

🔗 Source: Nissan

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Implications, context, and why it matters.

Nissan plans SAE Level 2 for FY27 Japan launch

Next-generation ProPILOT remains Society of Automotive Engineers (SAE) Level 2 autonomous driving, meaning drivers must stay present and monitor the system at all times 1. This differs from higher levels where the car can drive on its own in some conditions.
The prototype hardware uses 11 cameras, 5 radar sensors, and next-generation Light Detection and Ranging (LiDAR) for 360-degree awareness 2. While Wayve’s AI (from the UK-based autonomous driving startup) processes this data to navigate complex urban environments 1.
Nissan plans to launch the next-generation ProPILOT on select mass-production vehicles in Japan within FY27 2.

Chip and sensor makers can pitch into Nissan’s ProPILOT stack

Wayve’s development fleet (test vehicles) uses Nvidia’s Orin system-on-chip (SoC) 3, and Nissan has not named the graphics processing unit (GPU) or SoC for production cars. That opens a path for compute vendors (chipmakers) to offer options that fit Wayve’s software needs.
Renesas, a Japan-based automotive chipmaker, previously supplied the R-Car SoC and RH850 microcontroller unit (MCU) for ProPILOT 2.0 4. That setup handled sensor fusion (combining data from multiple sensors) plus real-time control. Vendors with similar high-performance processing and real-time responsiveness could win slots in the next-generation system.
The LiDAR supplier remains undisclosed 3, which signals Nissan is still finalizing its sensor stack. LiDAR makers can stand out with longer ranges for high-speed and nighttime use 2, which Nissan prioritizes as safety features.