Three separate announcements in a single week reveal South Korea assembling a national physical-AI industrial base that spans consumer electronics, automotive manufacturing, and agriculture — with distinct supply-chain strategies, cost targets, and global partnerships behind each strand.
Why it matters
LG is partnering with Nvidia on a bipedal humanoid built on the Isaac GR00T foundation model, targeting a public unveiling in Q1 20272,3,5. Hyundai Motor Group is mobilizing approximately 200 first-tier domestic suppliers to build a humanoid robot supply chain, targeting mass production of 30,000 Atlas units annually starting in 2028 at a per-unit price of $20,000–$30,00010,12. And Daedong Group has completed a first prototype of its agricultural humanoid AGROID with Rainbow Robotics, aiming for deployment in a fourth-generation AI greenhouse by 202811,13,14.
The big picture
The LG-Nvidia MOU, signed August 13 at Nvidia's Santa Clara headquarters with LG Chairman Koo Kwang-mo and Nvidia CEO Jensen Huang in attendance, formalizes joint work across robotics, AI factories, and mobility1,4. The bipedal humanoid will run on Nvidia's Jetson Thor computing module and the Isaac GR00T foundation model, while LG plans to integrate actuators from LG Electronics, sensors from LG Innotek, and batteries from LG Energy Solution6. LG also said it will continue developing its own in-house robot foundation model alongside GR00T. Beyond the humanoid, LG plans to validate its wheel-based CLOiD robot on a washing-machine production line in Tennessee before the end of 2026 and build a Nvidia Vera Rubin-powered AI factory reference site in the first half of 2027.
"As our collaboration gains momentum, the tasks where the two companies can work together have become clearer in the field of AI factory, physical AI and mobility," Koo said15. Huang responded that "the combination of LG's manufacturing leadership and Nvidia's technology" would drive the partnership.
Hyundai's approach is structurally different: rather than importing a foreign foundation model, it is reshaping its existing automotive supply chain. The group has requested humanoid-specific materials and components business plans from approximately 200 Tier 1 suppliers. Major parts makers including HL Mando, DIC, and Samhyun have proposed proprietary technologies such as modularized actuators and rare-earth-free motors. The core challenge is cutting per-unit cost from over $100,000 to the $20,000–$30,000 range, which Hyundai estimates requires reducing component costs by roughly 80%. Hyundai and the South Korean government are also accelerating a KRW 9 trillion (approximately $6.3 billion) robot and AI investment plan for the Saemangeum area9.
Daedong's AGROID occupies a narrower niche but follows the same pattern of Korean companies dividing labor along existing competencies. Daedong leads overall development, with subsidiaries Daedong Robotics and Daedong AgTech building the autonomous lower platform and agricultural AI systems for crop recognition and harvest decision-making. Rainbow Robotics handles the harvesting robotic arm, precision control systems, and AI control and digital-twin integration technology. AGROID is currently undergoing real-world farming tests, including tomato harvesting.
ANALYSIS Each of the three programs reflects a different theory of where value accrues in physical AI. LG is licensing Nvidia's foundation model and compute stack while retaining hardware integration — a bet that the bottleneck is in embodiment, not in the model itself. Hyundai is treating the humanoid as a manufacturing-cost problem analogous to automobile production, leveraging its existing supplier network to drive component prices down. Daedong is pursuing vertical specialization, combining Rainbow Robotics' humanoid upper-body platform with its own agricultural domain expertise.
The LG-Nvidia partnership moved from an initial meeting in Seoul in June to a signed MOU with specific timelines in August7. Daedong completed a first prototype of AGROID after beginning development plans earlier this year. Hyundai's supplier mobilization is running in parallel with a government-backed investment plan. ◆ The compressed timelines across all three programs point to an acceleration in Korean industrial commitment to physical AI.
All three conglomerates announced concrete execution steps — signed MOUs, supplier solicitations, completed prototypes — within the same week, each entering the humanoid robotics space through a different industrial entry point: consumer electronics and platform licensing for LG, automotive supply-chain restructuring for Hyundai, and agricultural domain specialization for Daedong.
What's next
LG's bipedal humanoid is scheduled for public unveiling in Q1 2027. Before that, LG plans to deploy CLOiD on its Tennessee production line by the end of 2026. Hyundai is targeting mass production of 30,000 Atlas units annually starting in 2028. Daedong aims to deploy AGROID in a fourth-generation AI greenhouse in South Jeolla Province by 2028 as part of the national Agricultural AX Platform project. Daedong CEO Yoo Hyun Won said the company aims to "accelerate the pace of Korea's agricultural AX through collaboration with robotics companies leading the physical AI market". The global humanoid market is projected to reach approximately 127 trillion won (approximately $89.5 billion) by 2035.