South Korea Advances Industrial Humanoid Robotics With KG Mobility, KIMM and ETRI
KG Mobility (KGM) has signed a set of technology development accords with Korea Institute of Machinery & Materials (KIMM) and the Electronics and Telecommunications Research Institute (ETRI) on AI humanoid robotics, following an earlier letter of intent with ETRI focused on autonomous-driving AI. The new agreements are part of a national program to advance humanoid robotics beyond component tech toward real-world task performance in industry.
The signing ceremony took place on the 19th at KIMM in Yuseong District, Daejeon. Attendees included KGM Chief Executive Officer Kyoung-Hyeong Hwang, KIMM Director Seok-Hyeon Ryu, and ETRI Director Seung-Chan Bang, along with other representatives.
The collaboration is described as part of the Autonomous Growth AI Humanoid Strategic Research Group, a national initiative that aims to consolidate Korea’s robot capabilities and accelerate global competitiveness. The program seeks to move beyond isolated technologies toward robots capable of performing real tasks in industrial settings and daily life.
Under the MOUs, KGM, KIMM, and ETRI will work with domestic universities and overseas research bodies to develop a humanoid platform oriented to industry. The goal is to create robots whose planning and design reflect actual factory needs, and to validate their ability to carry out complex tasks while ensuring safety and smooth collaboration with human workers on the shop floor.
KGM will provide real production environments for testing, including automotive inspection lines and parts transfer and assembly processes, to reflect on-site requirements. KIMM will lead the overall design of a standard humanoid robot platform, plus high-load drive modules and full-body sensing systems, aimed at reliable industrial performance. ETRI will develop next-generation intelligence capable of understanding worker instructions and autonomously guiding robot actions in dynamic manufacturing contexts.
A KGM official said the collaboration underscores a serious push to advance AI in robotics and to ensure robot development is aligned with actual manufacturing needs from planning through deployment, with the aim of transforming automation across processes.
For U.S. readers, the effort signals Korea’s push to accelerate humanoid robotics for manufacturing, with potential implications for American supply chains, automation in automotive and electronics sectors, and cross-border collaboration on advanced robotics. If successful, the research could influence global standards for industrial humanoids and open pathways for joint ventures or licensing of Korea-developed platforms to U.S. manufacturers seeking to bolster productivity and resilience.