NVIDIA has introduced Project GR00T, a foundational AI model oriented towards humanoid robot development, signifying a notable advancement in embodied AI. The announcement, made at the GTC conference, not only emphasizes the conception of advanced robots capable of understanding and emulating human actions but also the launch of a new computer platform — Jetson Thor. Jetson Thor has been designed specifically for humanoid robots, harnessing the NVIDIA Thor SoC. It’s tailored towards complex tasks requiring interaction with humans, boasting impressive specifications such as the futuristic NVIDIA Blackwell architecture GPU, a transformer engine, and extensive ethernet bandwidth. Furthermore, the upgraded NVIDIA Isaac robotics platform has been augmented with generative AI foundation models, and new simulation and AI workflow infrastructure tools. The Project GR00T robots will display capabilities like language comprehension and movement emulation. The adaptability of these robots, exemplified in tasks accomplished during GTC demonstrations, attests to their potential in radically altering the landscape for robotic interaction and efficiency in the real world. In this vein, NVIDIA positions itself as a pivotal figure in shaping AI technology by partnering with various pioneering humanoid robot companies to construct a comprehensive AI platform. Rendering an ecosystem for AI development, the updated Isaac platform features a suite of enhancements including Isaac Lab and OSMO. These advancements aim to facilitate the production of novel foundation models for versatile robotic applications. The Isaac Manipulator and Isaac Perceptor expand on this, offering pretrained models and libraries catering to robotics functionality, such as improved dexterity and vision capabilities. The cumulative effect of these developments signifies NVIDIA’s ambition to bridge the gap between robotics and practical, everyday applications by providing the technological infrastructure necessary for future innovation in the field.