NEURAPROX
General System Desc.
BUILT FOR PHYSICAL REALITY.
Every electromechanical interface in NEURAPROX is engineered to remove conventional bottlenecks. From motor torque saturation curves to the local RTOS scheduling buses, computation is kept adjacent to the actuators to ensure deterministic reliability.
Build Qualities
Separates user intent from kinematic control; a single natural muscle flex or voice trigger executes the grasp, while onboard perception autonomously governs digit pre-shaping and velocity damping.
Transradial Bionic Augmentation
Validated on the TREA manipulator to restore daily vocational and functional manipulation for below-elbow amputees at a fraction of commercial bionic costs.
- ›Single-Flex Open/Close Myoelectric Actuation
- ›Autonomous Computer Vision Grasp Pre-Shaping
- ›Zero-Stall Twisted-String High-Force Hold
- ›Low-Latency ESP32-S3 Real-Time Embedded Control
Universal Assistive Mobility & Mounts
The modular NEOS core detaches via a standardized quick-release coupling to support hands-free assistive operation across motorized wheelchairs and bedside gantries.
- ›Hands-Free Acoustic Speech Command Triggering
- ›Universal Quick-Release Base Docking
- ›Distributed Edge AI & Telemetry Processing
- ›Zero-Downtime Hot-Swappable Power Architecture