NVIDIA GTC 2026: Isaac GR00T, Cosmos World Models, and Newton Physics Engine Redefine Robotics
NVIDIA GTC 2026: Building the Next Generation of AI Robots
At GTC 2026, NVIDIA unveiled a comprehensive suite of technologies designed to accelerate the development of AI-powered robots, moving from virtual training to real-world deployment faster than ever.
Key Announcements
Isaac GR00T Open Models New foundation models enabling robots to understand natural language instructions and perform complex, multi-step tasks using vision language action reasoning.
Cosmos World Models For generating synthetic data and training robots at scale, helping systems learn more efficiently and generalize across environments.
Newton 1.0 Physics Engine Open source physics engine providing fast, reliable foundation for dexterous robot manipulation with accurate collision detection and realistic object contact.
Expanded Simulation Capabilities
- NVIDIA Isaac Sim 6.0
- Isaac Lab 3.0
- Omniverse NuRec technologies
Real-World Applications
Surgical Robotics: PeritasAI advances surgical robotics using Isaac for Healthcare, integrating multi-agent intelligence for real-time sensing, coordination, and instrument management.
Warehouse Automation: Doosan Robotics uses Cosmos Reason to analyze camera images, infer box contents, detect damage, and adjust handling based on estimated weight and fragility.
Industry Impact
Toyota Research Institute customizes Cosmos WFMs for world models achieving state-of-the-art results in dynamic view synthesis, teleoperation data augmentation, and navigation.
