Ready for the Next-Generation Wearable AI Assistants?
AI Agents for Human Enhancement
AI Researcher & Professor, Stanford University;
Co-Director, Stanford Human-Centered AI Institute Company Name
All the power of AI-driven myoelectric devices
Myoelectric Armbands for Extended Reality (XR)
Control of XR, VR, and daily-life devices just with a gesture.
Myoelectric devices read gesture patterns from muscle activity for seamless and intuitive.
Myoelectric Devices for Rehabilitation
Post-stroke patients, especially acute and sub-acute, highly benefit from frequent and constant At-Home Rehabilitation.
Myoelectric devices capture motion intentions even when the dexterity of the paralyzed limb is highly compromised.
A universal Wearable AI Agent empowering Exoskeletons
We train AI Agents on motion data and wearable sensor data to be motion-aware and being customized for assistance in Exoskeleton-User interaction.
For workers, impaired people, and user enhancement.
Training Embodied AI on Human Motion Data
We collect motion data through Wearable Sensors, Motion Capture and marker-less Pose Estimation.
We use advanced muscle-skeletal models to compute biomechanics and plausible neural strategies of motor control.
We train our AI Agents to move both humanoid and wearable assistive robots.
