Orchestra Portable AI Hub Utilizes NVIDIA Jetson™ Platform for Real-Time Visual Perception, Gesture Recognition and Multi-Device Coordination
Wetour Robotics Limited (NASDAQ: WETO) (“Wetour Robotics” or the “Company”), a Physical AI infrastructure and wearable robotics company, today outlined Orchestra, its portable AI hub and operating system for wearable robotics. Orchestra is designed to enable real-time visual perception, gesture recognition and multi-device coordination by centralizing AI processing in a dedicated edge computing unit powered by NVIDIA Jetson.
Developing Physical AI with NVIDIA Technologies
Orchestra is designed to serve as the central intelligence and coordination layer for Physical AI and wearable robotics devices. By externalizing computing power from individual wearable endpoints into a dedicated portable hub, Orchestra enables devices such as smart glasses, gesture-control wristbands and body-worn sensors to remain lightweight and energy-efficient while the hub handles intensive AI processing, multi-device coordination and real-time decision-making.
The Orchestra hub utilizes the NVIDIA Jetson platform for on-device inference, supporting two core technology modules:
Vision-Link — a visual perception and command pipeline that processes real-time visual input, performs scene understanding using NVIDIA-accelerated inference and translates visual context into actionable commands for connected physical devices.
Conductor — a neural gesture recognition and command translation system. Conductor reads electromyographic (EMG) signals from the wearer’s wrist, uses proprietary algorithms running on NVIDIA Jetson to recognize continuous hand gestures in real time, and converts recognized gestures into precise control commands for connected devices such as exoskeletons, smart furniture and robotic arms.
“NVIDIA Jetson is the computing foundation that makes Orchestra’s real-time coordination possible,” said Nan Zheng, Chief Executive Officer of Wetour Robotics. “Vision-Link turns what you see into machine action. Conductor turns how you move into machine commands. Both require low-latency, on-device AI processing enabled by NVIDIA edge computing. This is edge AI applied to the human body.”
Open Architecture Approach
Orchestra is being developed with an open architecture approach. The Company intends to explore open interface protocols that would allow third-party hardware manufacturers, including makers of exoskeletons, smart furniture and robotic devices, to build on the Orchestra platform, while Wetour Robotics retains proprietary capabilities in its core intelligence engine, including Vision-Link and Conductor.
“The real bottleneck in Physical AI is not building better robots — it is imagining better use cases,” Zheng added. “Orchestra, powered by NVIDIA edge AI computing, gives builders tools to create Physical AI applications at the performance level these use cases demand.”
