Hyundai Motor Group is strategically shifting its focus towards 'Physical AI,' a transformative approach where artificial intelligence is integrated into robots and systems designed to operate and interact within real-world physical environments. This paradigm shift, articulated by Chairman Chung Eui-sun, signals Hyundai's ambition to expand beyond its traditional automotive manufacturing roots into a leading company in advanced physical systems.

A significant portion of Hyundai's future growth strategy involves substantial investment, with plans to allocate $26 billion in the United States by 2028. This investment builds upon the approximately $20.5 billion already invested over the past four decades and is largely earmarked for the development of robotics and AI-driven systems. Chung Eui-sun emphasized that robotics and physical AI are pivotal to Hyundai’s long-term direction, underscoring the company's commitment to developing robots that will collaborate with humans, rather than replace them.

This collaborative vision is evident in Hyundai's efforts to create systems where robots and humans share tasks in the same physical space. A key component of this initiative is Boston Dynamics, a company in which Hyundai acquired a controlling stake in 2021. Boston Dynamics is developing humanoid robots that are being prepared for manufacturing use, with initial deployment anticipated around 2028. Hyundai aims to scale the production of these advanced machines to up to 30,000 units per year by 2030, with the overarching goal of enhancing efficiency and improving overall work quality on the factory floor. In this setup, robots are expected to manage repetitive or physically demanding tasks, allowing human workers to concentrate on oversight, coordination, and more complex problem-solving. Chairman Chung believes this collaborative model will help boost efficiency and product quality in response to evolving customer expectations.

While the immediate focus for Physical AI deployment remains industrial and factory settings, Hyundai is actively exploring broader applications. Potential areas include logistics and mobility services, where integrated AI systems and vehicles could revolutionize deliveries and shared transportation. Manufacturing, however, serves as the primary testing ground and implementation hub for these innovative ideas. Hyundai is already advancing its US operations with software-driven manufacturing systems that combine data analytics and robotics to optimize production. Physical AI further enhances this by enabling machines to dynamically adjust their actions based on real-time data inputs.

Regulatory changes and shifts in customer demand are prompting Hyundai to re-evaluate its operational strategies across different regions. The company's response involves a dual approach of global expansion and localized production, with AI and robotics playing a crucial role in standardizing processes across its diverse operations. Furthermore, Hyundai continues to invest in hydrogen energy through its HTWO brand, covering production, storage, and utilization. Chung highlighted the increasing demand for hydrogen, particularly from AI infrastructure and data centers, positioning hydrogen and electric vehicles as complementary energy solutions to offer varied choices based on system usage, especially as AI extends into physical environments, where energy consumption becomes a more significant factor.

For end-users, the immediate interaction with humanoid robots may be limited, but the effects of these physical AI systems will be felt indirectly. Products are expected to be manufactured faster, and services related to mobility and infrastructure could become significantly more responsive and efficient. Hyundai, which sells over 7 million vehicles annually in more than 200 countries through 16 global production facilities, is undergoing a gradual but profound transformation. The change is not just in the vehicles themselves, but in how they and their surrounding systems are conceived, designed, and managed. Physical AI represents a fundamental shift from merely creating products to developing intricate systems that embed AI into the environments of work and daily life. This transition is ongoing, and many of the systems Hyundai is developing will require time to reach full scale, as the company builds towards a future defined by seamless collaboration between machines and people in the real world.