What is embodied intelligence?

Embodied intelligence (also called physical AI) refers to AI systems that can perceive, reason about, and interact with the physical world through a body or embodiment, such as humanoid robots, robotic arms, and autonomous vehicles.

What are humanoid robots?

Humanoid robots are robots designed to resemble and mimic the human body form and movements. They are being developed for applications in manufacturing, healthcare, hospitality, and domestic assistance.

How is China leading embodied AI innovation?

China has become a global leader in embodied AI through massive government investment, rapid deployment of humanoid robots in manufacturing, breakthroughs in dexterous manipulation, and a growing ecosystem of startups like AGIBOT and StarDust Era.

What content does Embodied Global cover?

Embodied Global covers the latest news, research breakthroughs, funding rounds, product launches, and industry trends in embodied intelligence, humanoid robotics, and physical AI, with a focus on Chinese innovations translated into English, Spanish, and French.

How often is Embodied Global updated?

Embodied Global is updated daily with the latest news and developments in embodied intelligence. Articles are published in three languages simultaneously to reach a global audience.

FundingMay 4, 2026by Embodied Global

Linkerbot: China Robot Hand Unicorn Targets 6B USD Valuation After 3B USD Funding Round

Linkerbot robot hand unicorn funding humanoid robot billion-dollar valuation China robotics

Beijing Startup Challenges Humanoid Robotics #1 Engineering Challenge

In the humanoid robot ecosystem, legs enable walking and running, but hands determine true capability. Beijing-based startup Linkerbot has emerged as a pivotal player in this critical domain.

On May 4, 2026, Reuters reported that Linkerbot completed its B+ funding round, reaching a 3 billion USD valuation, with sights set on doubling to 6 billion USD in its next round.

The 20-DOF Engineering Challenge

Among all humanoid robot components, the hand represents the most complex engineering challenge. While leg motion can be addressed through precision motors and control algorithms, hands require simultaneously managing up to 20 degrees of freedom (DOF), processing tactile feedback from skin sensors, and executing force adjustments within millisecond windows.

Hands are the most complex part of the entire humanoid robot, noted Georg Stieler, robotics and automation lead at advisory firm Stieler. Linkerbot strategy treats this hardest component as a standalone platform product, selling to all robot manufacturers needing hands.

Market Dominance and Production Scale

According to company data, Linkerbot holds over 80% of the global high-DOF robot hand market, with monthly production approaching 5,000 units, planning to double capacity to 10,000 units monthly.

Beyond hardware, Linkerbot competitive edge includes the LinkerSkillNet data platform. This multimodal data collection system transforms human skills into standardized robot-reproducible movements, covering over 500 operational skills from precision assembly to handicraft production.

Investment Landscape

Linkerbot rapid rise attracted backing from Alibaba, Ant Group, Hongshan Capital (Sequoia China spin-off), Zhongguancun Science Park Fund, Bank of China Asset Management, and Fosun Capital.

Meanwhile, domestic competitors including Yinshi Robot, Zhiyuan Robot, and Lingdong Future have all launched new-generation products between 2025-2026, with some matching Linkerbot flagship products in DOF count and tactile sensor precision.

Toyota Research Institute and Figure AI are also advancing their dexterous operation technology routes internationally, making competition far from limited to China alone.