News - HyundaiSelf-driving Hyundai tech in slow laneHyundai delays in-house self-driving to late 2029, Nvidia technology to bridge gap21 Sep 2026 HYUNDAI Motor Group (HMG) has pushed back the launch of its own proprietary driver-assistance software to late 2029, two years later than originally planned, while turning to Nvidia in the meantime to get upgraded ADAS into showrooms sooner.
The revised timeline was laid out at ‘HMG Autonomous Driving Media Day’ held at the Gyeonggi Province headquarters of software affiliate 42dot.
Under the plan, Nvidia-based Level 2+ systems will reach production vehicles in the first half of 2028, with more capable Level 2++ systems following in the second half of that year.
Hyundai’s own end-to-end system, developed in-house under the name Atria AI, is not now expected in production vehicles until the second half of 2029 – a slip from the late-2027 target originally set for the in-house software.
“Level 2+” generally covers more capable highway driver assistance, while “Level 2++” extends to more complex urban driving, broadly comparable in scope to Tesla’s ‘Full Self-Driving' system.
Both remain supervised systems, meaning drivers stay responsible for monitoring the vehicle at all times.
HMG Advanced Vehicle Platform division president and 42dot chief executive officer Park Min-woo pushed back on any suggestion the timeline change reflects trouble at the company.
“We could release Atria AI sooner, but we strategically delayed the timeline,” Mr Park told the briefing.
“Rather than rushing mass production to roll out a half-baked Level 2++, we decided to proceed with mass production using Nvidia’s technology while focusing resources on the final goal.”
On HMG’s growing reliance on Nvidia, Mr Park said: “Our partnership with Nvidia is not about leaving our destiny entirely in their hands.”
He said Hyundai will co-design the Nvidia-based technology rather than simply licensing it outright and will use data gathered from those vehicles to train and refine Atria AI in parallel.
Mr Park, a former Nvidia executive, joined Hyundai in January and has driven the deepening relationship with the chipmaker. His approach marks a shift from that of his predecessor, Song Chang-hyeon, who had prioritised internal software development before an abrupt departure in December.
Central to Hyundai’s pitch is what it calls a ‘Data Flywheel’ – a self-reinforcing loop in which vehicles collect real-world driving data, that data trains AI models, improved models are pushed back out to vehicles, and the cycle repeats at increasing scale.
HMG, the world’s third-largest auto-maker by volume, sells more than seven million vehicles annually across around 190 countries, a footprint executives argue will give it an edge once autonomous systems begin shipping in volume.
The group currently runs about 40 dedicated data-collection vehicles around the clock and expects to overtake competitors on accumulated driving data by 2033.
“The side that first completes the data loop from collection to learning, and from model training to model deployment, will have a competitive edge in automotive software and AI,” said Hyundai Autonomous Driving Development Centre head Kwon Jeong-hyeon, who also leads 42dot’s AD division.
Initial Nvidia-based vehicles will use a sensor suite of eight cameras, ultrasonic sensors and a single radar, deliberately leaving out lidar to keep costs down.
Mr Park said lidar remains under consideration for future Level 3 systems, which permit hands-off driving under specific conditions, due to the importance of sensor redundancy.
“To truly ensure safety, we believe sensor redundancy is critical: if one sensor fails, others must be able to maintain safe operation.”
No timeline was given for Level 3 commercialisation.
Hyundai’s collaboration with Nvidia extends well beyond driver-assistance software, spanning autonomous driving more broadly, AI data centres and humanoid robots developed by Hyundai-owned Boston Dynamics.
During the event, Hyundai showed footage of an Atria AI-equipped Ioniq 6 testbed navigating dense Seoul traffic without driver intervention, including rush-hour conditions in Gangnam, high-density traffic with buses in Jamsil and rainy conditions in Pangyo.
The footage, described by Hyundai as demonstrating Level 2++ capability, shows the system handling scenarios including vehicles parked on the roadside, sudden cut-ins, unprotected left turns, and oncoming traffic on narrow streets.
Separately, Hyundai plans to deploy an Atria AI-equipped SDV Pace Car for real-world Level 4 validation testing in Gwangju by the end of this year, in partnership with South Korea’s Ministry of Land, Infrastructure and Transport, aimed at gathering large-scale validation data from actual Korean road conditions rather than controlled test tracks.
Alongside its core end-to-end autonomous driving system, 42dot is also developing Vision-Language-Action (VLA) technology, which combines visual perception with language-based reasoning to improve decision-making in edge cases and make the system’s behaviour more explainable.
“VLA is a core technology for implementing Physical AI that goes beyond simply driving – AI that understands situations, reasons and acts,” said 42dot Trion Group lead Lee Hee-seok, adding that the technology could eventually extend into robotics and other fields beyond driving.
42dot’s VLA work is currently in simulation-based validation, with real-vehicle testing scheduled to begin between late 2026 and early 2027.
The delay comes as traditional auto-makers face mounting pressure to keep pace with Tesla and an increasingly aggressive field of Chinese rivals in the race to commercialise vehicle autonomy. ![]() Read more18th of September 2026 ![]() Hyundai electrifies Staria Load from $70,990Staria Load Electric brings 450km range, tonne-plus payload, ultra-fast charging8th of September 2026 ![]() Four key launches for Hyundai in 2027Hyundai will have four key launches in Australia during 2027, including three new SUV models |
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