Eye Mouse
Cursor control using only eye blinks with sensor-based blink technology — for users with full-body paralysis.

Connectivity
Bluetooth Low Energy
Battery Life
4 hours continuous
Compatibility
Android · iOS · Windows · iMac
Control
Eye-blink sensor
Overview
Eye Mouse is a sensor-based device that provides cursor control using only eye blinks, with no other input required. Its algorithm that distinguishes intentional from natural blinks, together with automatic calibration, enables independent computer and phone use for users with full-body paralysis.
Why It's Different
The only device using sensor-based eye-blink-only cursor control (for users with full-body paralysis)
The only hardware device that works on Android via eye blinks with no other input
Distinguishes intentional from natural blinks
Features
- ✓Bluetooth Low Energy wireless communication protocol
- ✓Plug-and-play operation
- ✓Compatible with Android, iOS, Windows and iMac systems
- ✓Sensor-based blink detection technology
- ✓Automatic calibration
- ✓4 hours of continuous use on a single charge
- ✓Distinguishes intentional from natural blinks
- ✓The only device with sensor-based eye-blink-only cursor control for users with full-body paralysis
- ✓The only hardware device that works on Android with eye-blink technology and no other input
- ✓No installation required
Technical Specifications
| Spec | Value |
|---|---|
| Communication | Bluetooth Low Energy |
| Control Technology | Sensor-based blink detection |
| Calibration | Automatic |
| Blink Discrimination | Intentional / natural distinction |
| Battery Life | 4 hours |
| Compatibility | Android · iOS · Windows · iMac |
| Setup | No installation required |
More Products
Adaptive Mouse
Flexible cursor control with four customizable adaptive button inputs, axis locking and tremor detection.
Overview 3-Axis Head ControlHead Mouse
Three-axis detection of head movement via accelerometer — hygienic, comfortable cursor control with no extra input.
Overview Head + Eye BlinkEye-Controlled Head Mouse
Cursor via two-axis head movement, clicking via eye blink — all sensors auto-calibrate to the user's physiology.
Overview