Embodied AI Technology

Three Layers, One Closed Loop

Every Booster robot runs the same technology idea: perceive the world multimodally, decide with embodied AI models, and execute with whole-body control - then learn from the data. The three layers below power products from classroom humanoids to airport baggage fleets.

VTFLA embodied AI architecture - vision-language-action model

VTFLA Embodied AI Architecture

Vision-tactile-force-language-action: the architecture behind complex baggage handling.

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Reinforcement learning for humanoid robots - sim-to-real robot training

Reinforcement Learning & Sim-to-Real

Policy training in simulation, verified deployment on real humanoid robots.

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Robot perception and navigation technology - multimodal perception and SLAM

Perception, Navigation & Control

Multimodal perception, autonomous navigation and whole-body motion control; embodied navigation research on quadruped platforms.

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Dexterous manipulation research - including force-controlled flexible gripping for irregular objects - runs through the same stack, from the wheeled humanoid's dual arms to DawnAnt's composite end effector.

Perception decision and execution closed-loop robotics - simulation training

Shortlist the Right Robot Platform

Compare specifications, deployment scenarios and integration requirements across the full range before you write your project specification.

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