1X Redwood AI
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Vision-language transformer for end-to-end manipulation in human environments on NEO robots
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Vision-language transformer for end-to-end manipulation in human environments on NEO robots


Physics-based world model using video/prompts; enables NEO robots to learn by observation


Vision-language AI using ViLLA framework for scene understanding, action planning and execution


“Motor cortex” foundation model for Digit humanoid ensuring stability across varied tasks


Hand motion generation model for dexterous manipulation; pretrained on massive human manipulation videos; enables robotic hands to master new tasks with minimal real robot data


Whole-body motion generation model learning general human behavioral patterns from large-scale video; bridges robot brain and body; generates full-body motion sequences from high-level task instructions


Next-gen multimodal foundation model for robotics; unifies 3D spatial understanding, language intent, perception, cognition, reasoning and planning for autonomous navigation and task execution


Low-level whole-body control model for humanoid robots; trained with RL on massive human data; achieves stable zero-shot execution of full-body motion commands


Model-based RL agent that learns directly from image observations on real robots with a world model; no sim-to-real needed


NVIDIA world model for robot training via simulation; integrated with Isaac and GR00T ecosystem


World model-based autonomy platform for robots in unstructured environments; focuses on outdoor and industrial settings


Built on Gemini 2.0; extends multimodal capabilities for dexterous tasks like origami folding


Built on Gemini 2.0; extends multimodal capabilities for dexterous tasks like origami folding


Trained on 270 000+ hours of real-world manipulation data; tested on semi-humanoid robots up to 16+ DoF


GEN-1 is a robotics foundation model designed to enable general-purpose intelligence and adaptable behavior across physical systems.


GENE-26.5 is a general-purpose world model that predicts how environments change over time, enabling AI systems to reason, plan, and adapt across complex real-world scenarios.