In a move that signifies a leap forward in robotics research, Sharpa, a robotics firm based in Singapore, has teamed up with Nvidia and Unitree, a Chinese manufacturer of humanoid robots, to create an innovative humanoid robot platform. The collaboration was announced by Nvidia’s CEO, Jensen Huang, during his keynote speech at the Computex technology conference in Taipei. Set to be available to researchers by late 2026, this platform aims to enhance the development of AI systems that can perform intricate manual tasks.
The centerpiece of this new venture is the Nvidia Isaac GR00T H2 Plus humanoid robot, which integrates the advanced features of Sharpa’s robotic hands, Unitree’s H2 humanoid body, and Nvidia’s AI computing power. Sharpa’s hands are designed with 22 degrees of freedom, closely mimicking the dexterity and tactile sensitivity of human hands. This sophisticated design allows the robot to tackle tasks that require precision and fine motor skills, such as those found in precision manufacturing, healthcare, and food preparation.
In addition to the hardware developments, the project promises to provide researchers with access to Nvidia’s suite of AI models, simulation tools, and an expansive software development ecosystem. This access is expected to streamline the training and testing processes for robotic systems, making it easier for universities and research institutions to explore and expand the capabilities of humanoid robots.
The partnership is seen by industry experts as a pivotal step toward broadening the scope of humanoid robots and rendering advanced robotics research more attainable. Early adopters of this technology include prominent research organizations and universities located in the United States and Europe, emphasizing the global interest in this field.
This announcement underscores the increasing investment in “physical AI”—AI systems engineered to function within the physical realm. As AI technologies continue to evolve, the focus is shifting towards developing humanoid robots that can work alongside humans, particularly in labor-intensive and precision-demanding sectors. The collaboration marks a significant stride in the international effort to create practical humanoid robots capable of seamlessly integrating into real-world environments.
