A groundbreaking collaboration has emerged between Singapore-based robotics firm Sharpa, tech giant Nvidia, and Chinese humanoid robot maker Unitree, aiming to create an advanced humanoid robot platform. Announced during Jensen Huang’s keynote speech at the Computex technology conference in Taipei, this initiative seeks to provide researchers with sophisticated humanoid robots by late 2026. The goal is to propel the development of artificial intelligence that can handle intricate and precise tasks.
Central to this effort is the Nvidia Isaac GR00T H2 Plus humanoid robot, which integrates Sharpa’s highly dexterous robotic hands, Unitree’s H2 humanoid robot body, and Nvidia’s cutting-edge AI computing technologies. Sharpa’s robotic hands, featuring 22 degrees of freedom, are crafted to mimic the dexterity and tactile sensitivity of human hands, facilitating tasks that require fine motor skills. This platform is set to advance research in fields such as precision manufacturing, healthcare assistance, food preparation, and cleaning, where accurate object handling and manipulation are crucial.
Beyond the hardware, the platform offers researchers access to Nvidia’s suite of AI models, simulation tools, and software development resources. This comprehensive ecosystem is designed to streamline the training and testing of robotic systems, enhancing efficiency in research and development. Industry experts regard this project as a significant stride toward broadening the scope of humanoid robots and democratizing advanced robotics research for universities and research institutions globally. Leading research organizations and universities in the United States and Europe are among the early adopters of this technology.
This announcement underscores a surge in investment toward “physical AI”—artificial intelligence systems engineered to function and interact within the physical realm. As AI technology progresses, there is increasing interest in humanoid robots as viable solutions for sectors that demand labor-intensive and precision-based operations. The collaboration highlights the intensifying global competition to develop functional humanoid robots that can work alongside humans in everyday environments.