PHYSICAL AI
NVIDIA Omniverse Gets Modular Libraries for Physical AI Integration
NVIDIA releases standalone Omniverse libraries ovrtx, ovphysx, and ovstorage in early access, enabling developers to embed RTX rendering and physics simulation into existing applications.
NVIDIA GTC 2026 Unveils Physical AI Blueprints as Stock Trades at $178
NVIDIA launches Physical AI Data Factory Blueprint and Omniverse DSX at GTC 2026, partnering with ABB, FANUC, and KUKA to scale robot deployments globally.
NVIDIA Unveils Full-Stack Robotics Platform at GTC 2026
NVIDIA releases Isaac GR00T models, simulation frameworks and Jetson hardware at GTC 2026, targeting the $4.45T company's push into physical AI robotics.
NVIDIA Unveils Cosmos 3 and GR00T N2 as Robotics Giants Adopt Physical AI Stack
NVIDIA announces major robotics partnerships with ABB, FANUC, and KUKA while releasing new world models and simulation frameworks at GTC 2026.
NVIDIA Drops Open Blueprint for Physical AI Training Data at GTC
NVIDIA releases Physical AI Data Factory Blueprint, an open architecture for generating robotics and AV training data. Microsoft Azure, Nebius, Uber among early adopters.
NVIDIA Newton 1.0 Ships GPU-Accelerated Physics for Industrial Robot Training
NVIDIA's Newton physics engine hits production release with 475x speedup over MJX, enabling Skild AI and Samsung to train manipulation policies at scale.
NVIDIA Jetson Thor Powers Edge AI Revolution as NVDA Stock Holds $178
NVIDIA's Jetson platform enables enterprise-grade AI to run locally on industrial equipment, from Caterpillar excavators to dual-arm robots, without cloud dependency.
NVIDIA Expands Physical AI Stack as Robotics Partners Deploy at CES 2026
NVIDIA releases new open-source physical AI models and frameworks at CES 2026, with Caterpillar, LEM Surgical, and NEURA Robotics deploying systems built on the stack.
NVIDIA's Three Computers Usher in New Era of AI Robotics
NVIDIA's advanced computing systems promise to revolutionize physical AI in industries like manufacturing and robotics through enhanced training, simulation, and inference capabilities.