Helix VLA Model for Household Chores

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Helix VLA Model for Household Chores

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Figure AI developed Helix, a Vision-Language-Action (VLA) model designed for generalist humanoid robot control across diverse household chores and real-world tasks. Unlike traditional robotics systems trained for single tasks, Helix enables a single humanoid robot to interpret natural language commands, perceive its environment through vision, and execute complex physical manipulation tasks without task-specific retraining. The VLA model was demonstrated controlling Figure humanoid robots performing household activities including organizing objects, loading dishwashers, stacking items, and navigating cluttered home environments. Helix represents a shift from specialized industrial robots to general-purpose humanoid assistants capable of operating in unstructured human environments. The model processes continuous visual input alongside natural language task descriptions to generate low-level motor control signals that direct the robots end-effectors with precision. This generalist approach dramatically reduces the development time and cost required to deploy humanoid robots for new tasks, potentially enabling mass-market adoption of robotic household assistants in the near future.

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