Hyundai Motor Group will not put vehicles powered by its own driver-assistance software on the road until the second half of 2029, a two-year slip from its previous target, the South Korean automaker confirmed on September 13. To bridge that gap, Hyundai will partner with Nvidia to deploy advanced driver-assistance systems under the chipmaker’s NVIDIA DRIVE Hyperion platform starting in 2028.
A two-year delay for the Atria platform
Hyundai Motor Group will launch vehicles equipped with its proprietary driver-assistance software in late 2029, two years later than planned, turning to Nvidia in the interim to accelerate deployment. The in-house platform, called Atria, had its target slip from late 2027 to late 2029.
The shift underscores the challenges Hyundai faces in developing automated driving software in-house, a project originally slated for a late-2027 debut, while raising concerns over its deepening reliance on Nvidia. The delay has fueled worries that the automaker could fall further behind Tesla and Chinese rivals in the race to commercialize vehicle autonomy.
Park said Hyundai made a deliberate choice to deprioritize near-term in-house deployment in order to direct engineering effort toward more distant objectives.
Nvidia fills the 2028 window
Hyundai’s new roadmap uses two parallel tracks. Production vehicles using Nvidia-based Level 2+ technology are targeted for the first half of 2028, followed by Level 2++ systems in the second half. Hyundai’s internally developed Atria Level 2++ system is scheduled to follow in the second half of 2029.
Level 2+ generally refers to more capable driver-assistance systems that work on highways, while Level 2++ systems can handle more complex urban driving, similar to Tesla’s Full Self-Driving system. Both still require driver supervision.
Hyundai vehicles using Nvidia’s Hyperion 10 platform will initially rely on cameras, ultrasonic sensors and radar rather than more expensive lidar technology. However, Hyundai is considering lidar for Level 3 autonomous driving, where vehicles can operate hands-free under certain conditions.
Park said Hyundai will co-design the technology with Nvidia and use the data from the system to train and refine its own software platform, Atria. Park, a former Nvidia vice president who joined Hyundai in January, has spearheaded the automaker’s deepening ties with the chipmaker.
A strategy built on two tracks
The collaboration will enable Hyundai Motor Group to develop a scalable autonomous driving stack, built on NVIDIA DRIVE Hyperion, supporting a range of capabilities from advanced driver assistance to higher levels of autonomy, scalable from Level 2 to Level 4 autonomous driving. At Hyundai Motor Group, Park serves as both Head of the Advanced Vehicle Platform Division and President of 42dot, overseeing all software development.
Park said the arrangement with Nvidia would not mean Hyundai was surrendering control of its autonomous-driving strategy. Hyundai will co-design the technology with Nvidia and use data generated by those systems to train its own Atria platform.
That stance represents a departure from the philosophy of Song Chang-hyeon, the executive he replaced, who had made in-house software development the central priority before leaving the company in December. The company is also expanding its broader Nvidia collaboration across AI data centers and robotics.
The Nvidia partnership reflects a trend across the industry, where automakers building out software-defined vehicles increasingly lean on established chip and computing platforms rather than starting from scratch, a dynamic also visible in manufacturing transitions like the Munich factory overhaul where each new electric sedan streams 20,000 features live during assembly.
What comes next
Hyundai needs its Nvidia-powered Level 2+ and Level 2++ systems to launch smoothly, generate useful data and work consistently across different vehicles and markets. At the same time, the company must prove Atria is progressing fast enough that the Nvidia bridge does not quietly become permanent dependence.
Park said sensor redundancy would be important for ensuring safety, allowing other sensors to maintain vehicle operation if one fails. Hyundai has not disclosed when it expects to commercialize Level 3 technology.
Level 2+ and Level 2++ remain supervised driver-assistance technologies. Even when a system can handle more highway or urban driving tasks, the driver remains responsible for monitoring the vehicle. These are not fully autonomous cars.
Hyundai has not disclosed which specific models will be first to carry the Nvidia-based systems when they arrive in 2028.
