In a significant move towards advancing humanoid robotics, Singapore-based Sharpa has teamed up with Nvidia and Chinese firm Unitree to create a sophisticated robot platform for research and training in complex manual tasks. This collaboration was announced by Nvidia’s CEO, Jensen Huang, during his keynote at the Computex technology conference held in Taipei. The initiative aims to provide researchers with access to advanced humanoid robots by late 2026, thereby speeding up the development of artificial intelligence systems capable of executing intricate and precise physical operations.
Central to this groundbreaking platform is the Nvidia Isaac GR00T H2 Plus humanoid robot, which integrates Sharpa’s dexterous robotic hands, Unitree’s H2 humanoid body, and Nvidia’s AI technologies. Sharpa’s robotic hands, boasting 22 degrees of freedom, are crafted to mirror the dexterity and sensitivity of human hands, allowing the robots to handle tasks that require fine motor skills. This platform is set to facilitate research in areas such as precision manufacturing, healthcare assistance, food preparation, and other activities necessitating accurate object handling and manipulation.
Researchers will also benefit from Nvidia’s comprehensive suite of AI models, simulation tools, and software development resources, which will enable more efficient training and testing of robotic systems. This project is seen by industry experts as a pivotal step in enhancing the capabilities of humanoid robots and democratizing access to advanced robotics research for universities and research institutions. Early adopters of this technology include prominent research organizations and universities across the United States and Europe.
The announcement underscores the growing investment in “physical AI,” where artificial intelligence is engineered to interact with and operate within the physical world. As AI technology continues to evolve, there is an increasing focus on developing humanoid robots as a viable solution for labor-intensive and precision-demanding industries. This collaboration exemplifies the intensifying global pursuit to create practical humanoid robots that can seamlessly integrate and function alongside humans in real-world settings.