ECTtracker software is an affordable eye-tracking communication tool for individuals with paralysis, providing real-time analysis of open and closed eye movements. With this assistive technology, users can communicate via computer-mediated communication.

ECTtracker assigns different states of the user's eyes with selected key codes, which can be transmitted to any other controlling application (ECTkeyboard, ECTmorse and many others). The software is really flexible and adjustable, as well as portable and can be personalized for any specific user and performance characteristics of the computer.
What makes ECTtracker stand out from other similar programs is its unique feature of analyzing images using the special Matrix of Samples, which is specific for each user and environment (camera position, illumination conditions, etc.). This program is really helpful for both fully paralyzed patients and those who suffer from uncontrollable muscular activity (tremors, tics).
ECTtracker assures the tracking of the current state of the eye even for patients with physical damages to their face, injuries, burns or post-operative states. The user can set the image recognition structure, the matching level between images and samples, the video processing speed (in frames per second), idle time for cases when there's no image, and key codes to be transmitted into third-party controlling applications.
This software contains more than 50 different parameters, which can be used to change the appearance and functionality of ECTtracker. Some parameters allow the user to lower computing requirements, providing stable work even on computers with low performance levels.
Overall, ECTtracker is a highly practical and convenient application due to its ability to adapt to the physical condition of the user. It offers a unique method for tracking eye movement, making it a fantastic alternative for those who may not be able to use traditional methods of computer control.
Version 16.9.11:
Major update of 2016!
+Color Channels intensity diagram
+Updated design of the grab-window
+Tracking made possible with only one sample
+Updated licensing
+Various code optimizations and performance improvements
+Additional auto-calibration schemes and structures