By detecting where your eyes are looking, AI can move through menus, web pages, or applications without you needing to use your hands at all. The system learns the patterns of your gaze—dwelling on a link, scanning a list—to anticipate your navigation intent.
Gaze tracking AI uses computer vision to detect where a user is looking on a screen, translating eye movements into cursor control, text selection, or command activation without requiring physical input. This technology enables people with severe motor impairments, such as ALS or spinal cord injuries, to operate computers independently using only their eyes.
Modern AI models have dramatically improved gaze calibration accuracy, reducing drift and fatigue errors that plagued earlier systems, and some platforms now integrate gaze tracking with voice and switch access for hybrid control schemes that adapt to a user's changing physical capacity.
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