EXPLORINEER
en

KR — 전자신문

Seoul Partners with Seoul National University to Build 'Physical AX Center' to Launch AI Leading City Push

Robotics2 min read

Seoul City and Seoul National University (SNU) are building a "Physical AX Center" to turn physical AI research into real products and startups. Physical AI means smart machines, like robots, that work in the real world.

What happened

On the 30th of last month, Seoul City and SNU signed an agreement to build a Physical AX Center at the Seoul AI Hub in Seocho-gu. The center will connect research, testing, business, and startups. The goal is to bring physical AI out of labs and into daily life and factories. Seoul wants to become a global leader in physical AI.

Key numbers and facts

  • The Seoul AI Hub gives 612 square meters of space on the 4th floor of its main center.
  • SNU's H-PAIR national research institute can receive up to 10 years of state funding, about 10 billion won per year.
  • By 2028, the partners plan to find and grow 5 promising startup teams.
  • The first joint project is a "Physical AI Daily Life Living Lab" in the Seoul AI Hub. Next year, the first half will see a home-like test space built, and the second half will test robot performance and safety.

Background

Seoul's mayor, Oh Se-hoon, first announced the goal of making Seoul a "Physical AI Leading City" at the AI Seoul 2026 event in January. The city wants to use the whole city as a test ground for robots and smart tech. It focuses on care, transport, and safety. The Seoul AI Hub is a city center that helps AI startups grow by offering office space, support, and help with testing and partnerships.

Why it matters

This plan links university research with city services and new businesses. Robots that help older adults, people who have trouble moving, and workers could reach the market faster. Startups can share test sites and save time and money before selling their products.

What to watch

  • Whether the living lab opens its home-like test space next year as planned.
  • Which startup teams are picked and how far they grow by 2028.
  • How the Seoul Physical AI Belt links the Yangjae AI Cluster and the Susu Robot Cluster.
  • How well the Physical AX Consortium moves care-field technology into real facilities such as welfare centers and senior housing.

Glossary

Physical AI
Smart technology, such as robots, that can sense and act in the real world, not just on a screen.
Seoul AI Hub
A Seoul City center that helps AI startups grow with office space, support, and testing.
Seoul National University (SNU)
A major public university in Korea that does research in robotics and AI.
H-PAIR
SNU's national research institute for human-centered physical AI and robotics, funded by the government.

Same story, different eyes

Ad

Add 150 words. Learn 10 a day.

Dicter word books send only the words you learn to your review notes.

RoboticsZDNet Korea

LG Electronics to Produce Humanoids In-House to Strengthen Competitiveness Through Component Localization

LG Electronics is reportedly producing its semi-humanoid robot CLOiD directly at its Data Factory in Seoul's Yangjae district, after previously relying on contract makers such as AgiBot and Robostar. The company is also moving to bring core components like actuators and computing chips in-house to build its own production capability. Sources say the CLOiD units are currently hand-assembled, with several hundred expected at the Data Factory by year-end.

RoboticsTechNode

Noetix’s RMB9,998 Humanoid Is Just the Start

Noetix Robotics sold its Bumi humanoid, introduced in October 2025 for RMB9,998, aimed at programming education and companionship. The company prioritized an affordable, capable robot body before more advanced intelligence, and is now pursuing higher deliveries, its own embodied-intelligence models, overseas customers, and a reported Hong Kong listing application. The key question is whether its hardware business can fund and support that next phase.

RoboticsZDNet Korea

Humanoid Robot Climbs Ladders and Balances After Single Training Session

Researchers from ETH Zurich and collaborators developed a humanoid robot control technology that, after one round of training, lets a Unitree G1 climb ladders, jump obstacles, and recover its balance after falling. The system, called Attention-based Contact Planning (ACP), plans which body parts, such as hands, feet, knees, and elbows, should touch the environment, and a separate controller adjusts the joints to reach those points. In simulation tests across eight complex obstacle courses, ACP achieved an average 92.5% success rate, compared with 58.8% for a baseline method, though the authors note that real-world success rates were not established by this figure.

RoboticsITmedia

AEON Pushes Logistics Overhaul With Physical AI, Reaches 50% Automation at Distribution Hub Amid Labor Shortage

AEON and robot control software firm Mujin unveiled AEON Kawaguchi-Higashi XD, a distribution hub in Kawaguchi, Saitama Prefecture, that uses physical AI-equipped robots, with about 50% of operations automated. The hub began full operation on October 29, serving about 200 Maibasket small supermarkets in the Tokyo metropolitan area, and AEON plans to raise automation to 80% by 2030 and roll out physical AI across its group logistics sites nationwide.