BYD, Geely, Isuzu, and Nissan have reportedly signed on to NVIDIA’s DRIVE Hyperion, in a move that could redraw the map of global autonomous mobility.
The race to Level 4 autonomy just got a lot more crowded and NVIDIA appears to be driving the pack.
At its GTC 2026 conference on March 16, the Silicon Valley AI giant announced that four of the world’s major automakers, BYD, Geely, Isuzu, and Nissan, have adopted its NVIDIA DRIVE Hyperion platform for next-generation autonomous vehicle programs. The news has sent ripples across the EV, ADAS, and Robotaxi industries, with analysts reportedly calling it one of the most significant platform consolidations in automotive history.
One Platform to Rule Them All
Central to this development is NVIDIA DRIVE Hyperion, a comprehensive reference architecture that integrates high-performance computing, sensors, networking, and safety systems into a single platform. Paired with it is the newly introduced NVIDIA Halos OS, a safety operating system built on ASIL-D certified DriveOS foundations, introducing a three-layer safety architecture with an NCAP five-star active safety stack to ensure autonomous systems operate with automotive-grade reliability.
In short: one standardized, safety-certified brain for the autonomous vehicles of tomorrow.
China’s EV Giants Are In and That Changes Everything
BYD and Geely are developing next-generation Level 4 autonomous driving programs built on the DRIVE Hyperion platform, with its standardized architecture designed to support faster validation and global deployment. Nissan will reportedly run its Level 4 program alongside Wayve’s AI software, while Isuzu and TIER IV are collaborating on an autonomous bus program using NVIDIA DRIVE AGX Thor, the system-on-a-chip at the core of DRIVE Hyperion.
With BYD and Geely, two of the world’s highest-volume EV producers on board, the line between electric vehicles and fully software-defined autonomous machines is apparently set to blur faster than ever.
Robotaxis Are Coming Sooner Than You Think
The implications for ride-hailing are equally striking. Uber is reportedly building one of the world’s largest Robotaxi networks on DRIVE Hyperion, targeting 28 cities across four continents by 2028, with Los Angeles and San Francisco kicking off the rollout in early 2027. Bolt, Grab, and Lyft are also said to be leveraging the platform, signaling a sweeping industry shift toward software-defined Robotaxi fleets.
Why This Matters Beyond the Car
The DRIVE Hyperion wave isn’t stopping at passenger vehicles. The platform is reportedly positioned as the foundational stack for autonomous buses, freight trucks, and in-vehicle robotics. By standardizing on DRIVE Hyperion, automakers can accelerate validation cycles, improve fleet learning, and scale autonomous technology globally — potentially compressing years of ADAS development into months.
As Jensen Huang put it plainly at GTC: “Everything that moves will eventually be autonomous.” Apparently, the industry is finally starting to believe him.
