Applications

Eye-Com Corporation is committed to becoming an industry leader by advancing the promising capabilities and expanding applications of eye-tracking technology. There are an incredible number of opportunities and benefits that can be gained from determining where a user, for example a consumer or driver, is looking. Our extensive research and development efforts allow us to discover exciting, new eye-tracking solutions and give us access to variety of industries.

Assistive Technology

The Eye-Com™7 system makes it possible for users to interact with their surrounding environment providing freedom and independence. The assistive capabilities include eye-based computer interaction, communication facilitation, and control of a multitude of electromechanical devices.

Visit the Assistive Technology page to find out more.

Entertainment

Remote control of robotic toys and electronic devices with eye movement is just the beginning of the Eye-Com™7 system’s capabilities. Taking a step towards revolutionizing human-computer interaction, the Eye-Com™7 also enables users move a computer cursor with their eyes. Eventually, the system will combine eye-tracking and head-tracking to create a whole new level of immersion to a 3D video gaming experience.

Visit the Entertainment page to find out more.

Transportation

Using the Composite Oculometric Fatigue Index (COFI) developed by Eye-Com Corporation and validated by U.S. Department of Transportation, the Eye-Com™7 can identify the onset of sleep and trigger an alarm to alert and awaken the driver.

Visit the Transportation page to find out more.

Eye-Com Corporation has also created the Eye-Com Lab Drive Simulator which presents realistic driving scenarios in a laboratory setting and combines it with the eye-tracking technology of the Eye-Com™7 to observe the effects of different conditions that may compromise a driver’s ability to operate a vehicle safely.

Medical Research

The Eye-Com™7 can collect several optical measurements (oculometrics) and movement patterns that can be used for research and to evaluate and assess a variety of human health-related and behavioral conditions. It can be integrated with additional biometric technologies like brain-wave (EEG) and cardiac (EKG) sensors for comprehensive biomonitoring purposes.

Visit the Medical page to find out more.