BUILDING AI FOUNDATIONS
FOR THE PHYSICAL WORLD
Giving machines the human-level sensation, intelligence, and execution needed to operate — and evolve — in the real world.
BUILDING AI FOUNDATIONS FOR THE PHYSICAL WORLD
Giving machines the human-level sensation, intelligence, and execution needed to operate — and evolve — in the real world.
BUILDING AI FOUNDATIONS
FOR THE PHYSICAL WORLD
Giving machines the human-level sensation, intelligence, and execution needed to operate — and evolve — in the real world.
A
C
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R-AGI
CLOSING THE PHYSICAL GAP IN AI
THE UNIFIED ECOSYSTEM FOR PHYSICAL AI
R-AGI connects sensing, reasoning, and execution into a unified system — where every decision is shaped by physical feedback, and every interaction drives continuous learning across tasks, environments, and embodiments.
SENSATION
SENTRA
HUMAN-LIKE PHYSICAL SENSING
A HIGH-FIDELITY PHYSICAL DATA ENGINE CAPTURING TOUCH, FORCE, FLUID, AND MATERIAL SIGNALS—DEFINING MEANINGFUL PHYSICAL INFORMATION AT SCALE.
INTELLIGENCE
WORLD ACTION MODEL
TACTILE-AUGMENTED AI MODELS
A TACTILE-AUGMENTED REASONING LAYER THAT UNIFIES PERCEPTION, LANGUAGE, AND ACTION—GROUNDING INTELLIGENCE IN REAL-WORLD PHYSICAL CAUSALITY.
EXECUTION
DEXTRA
HUMAN-LIKE PHYSICAL EXECUTION
ROBOTIC HANDS AND ARMS DESIGNED FOR DEXTEROUS MANIPULATION—TRANSLATING AI REASONING INTO PRECISE REAL-WORLD ACTION THROUGH FORCE-AWARE CONTROL AND TACTILE FEEDBACK.
VALIDATED IN REAL-WORLD TASKS
Operates in complex, unstructured environments — learning and adapting through real-world feedback.