
Vision AI specialist company Seelab announced on the 16th that it was selected as a new participating company in the 'K-Humanoid Alliance' hosted by the Ministry of Trade, Industry and Energy.
The K-Humanoid Alliance is a government-led alliance launched in April with the goal of making South Korea a global leader in humanoid technology by 2030. Members include major domestic corporations such as Samsung Electronics, SK, LG Electronics, and POSCO; robot manufacturers such as HD Hyundai Robotics and Doosan Robotics; and universities and research institutes.
Through this alliance, Seelab will contribute to building a collaborative environment where humanoid robots and autonomous mobile robots (AMRs) can work reliably in industrial settings, based on vision AI and digital twin technologies.
First, we plan to enhance the robot's situational understanding capabilities through AI image analysis technology. Leveraging over 130 proprietary vision AI models, we will precisely recognize objects and establish a foundation for robots to move safely and efficiently even in complex industrial environments. Furthermore, we will leverage our experience in building digital twins to pre-simulate the paths of autonomous mobile robots (AMRs) and predict and prevent collision risks, thereby creating an autonomous driving environment optimized for industrial sites.
Cielab plans to collaborate with various robot manufacturers in the future to verify and expand commercial models applicable to actual industrial work sites, and expand the scope of AI application to high value-added industries such as manufacturing, autonomous driving, and smart factories, thereby contributing to the creation of a humanoid technology commercialization ecosystem.
Yoon Se-hyeok, CEO of C-Lab, said, “Vision AI and digital twins are key technologies that support the intelligence and safety of humanoid robots,” and added, “Through this alliance, we will accelerate the implementation of physical AI and contribute to Korea’s global competitiveness in the humanoid field.”
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