New Robotics & Hydrogen Business Division Strengthens Physical AI Capabilities

Hyundai Rotem has reorganized its structure around robotics and hydrogen businesses to respond to paradigm shifts in future industries. The core of this reorganization, announced on January 14, is the establishment of the Robotics & Hydrogen Business Division and strengthening of Physical AI technology capabilities.

Physical AI is a next-generation AI technology that, unlike existing generative AI, recognizes, judges, and even acts in physical spaces through hardware such as sensors and robots. It represents an evolution beyond generative AI like ChatGPT, which operates only in digital environments, to a stage where AI performs tasks directly in the real world.

Hyundai Rotem has established a strategy to integrate unmanned systems, AI, hydrogen energy, and aerospace technologies across all business areas including defense, rail, and plant operations. In his New Year's address, Hyundai Rotem CEO Lee Yong-bae emphasized, "The competitive landscape of future industries such as hydrogen, unmanned systems and AI, and aerospace is being rapidly reorganized. It is absolutely necessary to secure technological sovereignty and quickly convert it into commercialization."

AI Technology Applied Across Defense, Rail, and Plant Operations

In the Defense Solution sector, the company will focus on developing manned-unmanned combined ground weapon systems. AI-based autonomous driving and swarm control capabilities will be incorporated into next-generation tanks, armored vehicles, and multipurpose unmanned vehicles (HR-Sherpa), while research and development of multi-legged walking robots will be expanded.

Particularly in aerospace, Hyundai Rotem has begun developing 35-ton class methane engine technology, a first in Korea. Methane engines produce almost no soot during combustion, enabling rapid reuse. This is expected to play a key role in implementing reusable launch vehicles that repeat flights based on data and AI.

In the Rail Solution sector, the company is developing an AI-integrated Condition-Based Maintenance (CBM) system. CBM is an intelligent maintenance solution where AI predicts failures in advance and determines optimal maintenance timing using big data collected through sensors and Internet of Things (IoT). Development of AI-based control systems, autonomous driving technology, and AI-powered intelligent CCTV is also being pursued simultaneously.

In the Eco Plant sector, the company will expand research, development, and commercialization of smart logistics integrating AI, including Automated Guided Vehicles (AGV), core equipment for port logistics automation.

Organizational Streamlining Simplifies Decision-Making Structure

Hyundai Rotem also pursued organizational efficiency in this reorganization. The organization, previously divided by functional units, has been reorganized around business units to simplify the decision-making structure.

Within the Robotics & Hydrogen Business Division, a Robotics Sales Team and Robotics Research Team were newly established, while the existing New Growth Promotion Team and Hydrogen Energy PM Team were renamed R&H Business Planning Team and R&H PM Team respectively. The Manned-Unmanned Combined System Center was renamed the AX Promotion Center, and the Robotics Team became the AI Robot Team. An Aerospace System Team was newly established within the Aerospace Development Center.

Global Industry Trends and Hyundai Rotem's Response [AI Analysis]

The global industrial sector is focusing on AI and next-generation energy sources as core drivers of future paradigm shifts, competitively advancing robotics and hydrogen technology. Physical AI, in particular, is being evaluated as a technology that can dramatically enhance productivity and safety across various industries including manufacturing, logistics, defense, and construction.

Hyundai Rotem's organizational reorganization is a strategy to proactively respond to these global trends. In defense, unmanned combat systems are expected to become central to future battlefields, while in rail, AI-based predictive maintenance is anticipated to contribute to operational cost reduction and improved safety. In port logistics, automation has already become essential, and in aerospace, reusable launch vehicles are transforming the space industry landscape.

A Hyundai Rotem official stated, "Technological innovation evolving from generative AI to Physical AI is rapidly changing the competitive structure of industries and ways of working. From a mid- to long-term perspective, we will strengthen technological competitiveness and establish a fast and flexible operational system to pursue execution-based organizational improvement and advancement of core businesses."

If Hyundai Rotem secures leadership in robotics and hydrogen technologies and successfully integrates AI-based unmanned and automation technologies across all business areas, it has high potential to become an important case study for securing the future competitiveness of domestic heavy industry companies.