Mirae Asset is a private equity firm based in Seoul, South Korea. Mirae Asset has deployed $20M in robotics investments. Its humanoid robotics portfolio includes D-Robotics, AgiBot. Focus areas include 웰스매니지먼트(WM), 글로벌 ETF, 글로벌 AI, 벤처캐피탈(VC), 대체투자, 기업금융(IB).
Round size: $400M
Round size: $400M
Round size: Undisclosed
Mirae Asset is a private equity firm based in Seoul, South Korea. Mirae Asset has deployed $20M in robotics investments. Its humanoid robotics portfolio includes D-Robotics, AgiBot. Focus areas include 웰스매니지먼트(WM), 글로벌 ETF, 글로벌 AI, 벤처캐피탈(VC), 대체투자, 기업금융(IB).
AGILINK's OmniHand 3 Ultra robot hand is learning to perform Suzhou embroidery, a 2,500-year-old craft, by splitting silk threads into 16 finer strands, threading needles, and stitching fabric. The dexterous hand features 21 degrees of freedom, 630g weight, 8kg lifting capacity, and sub-millimeter sensing capabilities. The article also chronicles AGILINK's growth from an AGIBOT subsidiary in 2023 to an independent unicorn valued over $1 billion, having shipped more than 15,000 dexterous hand units.
Dige Robotics (Digerobot) has completed a $400 million Series C financing round led by Mirae Asset, with strategic investment from Meituan and participation from a broad syndicate of government investment platforms and top-tier VC firms, including Linear Capital which increased its stake for the seventh consecutive round. The funds will support the Sunrise chip's full computing power product lineup and a full-link software platform for embodied AI spanning data collection, model training, simulation, and inference deployment. Sunrise series chips have cumulatively shipped over 8 million units, with client coverage in the embodied AI field exceeding 50%.
D-Robotics closed a $400 million Series C led by Mirae Asset Capital, bringing its announced funding to roughly $770 million. The chipmaker plans to expand its Sunrise chip family and develop software for AI-model training, deployment and real-time joint control as it competes with Nvidia's Jetson Thor in humanoid-robot computing.