Jensen Huang Unveils Four Nvidia AI Initiatives in Korea

According to multiple South Korean media reports, Nvidia CEO Jensen Huang has returned to South Korea for the first time in approximately eight months, using the visit to deepen partnerships with leading Korean technology companies and unveil a series of new artificial intelligence initiatives. The trip highlights Nvidia’s growing focus on the emerging Physical AI sector, which the company views as the next major frontier beyond generative AI.

Huang arrived in South Korea on June 5 aboard a private aircraft and told reporters at the airport that the country remains an attractive destination for investment.

“South Korea has many industries worth investing in, and robotics will be one of the next major growth sectors,” Huang said, adding that the Korean market is developing strongly.

When asked whether he had brought any gifts for Korea, Huang responded humorously: “I brought a lot of business opportunities for Korea, along with some surprises.”

Later that evening, Huang met with prominent Korean technology leaders, including Chey Tae-won of SK Group, Koo Kwang-mo of LG Group, and Lee Hae-jin, founder of Naver, for a private dinner in Seoul. The gathering quickly became a major topic within South Korea’s technology industry, following Huang’s widely discussed meetings with other Korean business leaders during previous visits.

During the event, executives exchanged views on future technology trends, while Naver demonstrated advanced digital payment technologies, including facial-recognition-based payment services, showcasing South Korea’s progress in digital innovation.

Physical AI Becomes Nvidia’s Next Strategic Priority

While Nvidia’s previous engagements in South Korea largely focused on high-bandwidth memory (HBM) supply chains, this visit shifted attention toward Physical AI applications, including robotics, autonomous vehicles, industrial automation, and smart manufacturing.

Huang emphasized that South Korea’s strong manufacturing base, advanced robotics expertise, and industrial technology capabilities make it an ideal partner for deploying Nvidia’s Physical AI solutions.

Physical AI refers to AI systems that enable robots and intelligent machines to perceive, understand, and interact with the physical world while making autonomous decisions and performing real-world tasks. Industry observers increasingly view Physical AI as the next major growth area following the rapid adoption of generative AI technologies.

Nvidia is currently competing with major technology players, including Google, Tesla, and Figure AI, to establish leadership in this emerging market.

Analysts note that developing Physical AI models requires vast amounts of real-world industrial data collected from factories, production lines, and automated systems. South Korea’s extensive manufacturing ecosystem and rich industrial datasets therefore provide significant strategic value for Nvidia’s long-term ambitions.

Nvidia Introduces Four New AI Platforms

During discussions with industry leaders, Huang revealed four key technologies that Nvidia is bringing to the Korean market:

Vera Rubin, Nvidia’s next-generation AI accelerator architecture.

Vera CPU, a new central processing unit designed for advanced AI workloads.

RTX Spark, Nvidia’s first AI-focused laptop computing platform.

Jetson Thor, an edge AI supercomputer designed specifically for humanoid robots.

Huang also announced that Nvidia has begun establishing an AI Technology Center in South Korea and is actively recruiting local AI researchers and robotics specialists to accelerate innovation and collaboration with Korean industries.

Expanding the Nvidia AI Ecosystem

Nvidia’s Physical AI strategy extends beyond hardware. The company is actively promoting its AI software and simulation platforms, including Nvidia Omniverse, Nvidia Isaac, and Nvidia Cosmos, aiming to integrate them into smart factories and industrial environments worldwide.

Some industry observers argue that while Nvidia advocates for the development of sovereign AI capabilities in different countries, these initiatives often remain closely tied to Nvidia’s chips, software frameworks, and development platforms. As more organizations adopt Nvidia technologies, the company’s influence across the global AI ecosystem continues to expand.

With AI rapidly evolving from digital applications toward real-world autonomous systems, Nvidia’s latest moves in South Korea demonstrate its intention to play a central role in shaping the future of Physical AI and intelligent industrial automation.