Paralysis is one of the biggest curses to mankind. In worst case paralysis the person could move onlyhis eyes. The head movement or voice-based wheelchairs will not hold good in that situation. So, an eyeball movement-based wheelchair would help the best for those people. This would be more accurate when compared to other automated wheelchairs. A method for eyeball localization is proposed for controlling wheelchair. An algorithm is furnished with various processing steps and develops an efficient system to reduce both the cost and the computational complexity. Primary goalwas to detect eyes in real-time and to keep track on it. The idea is to create an Eye Monitored System which allows movement of the patient ‘s wheelchair depending on the eye movements. A patientlooks directly at the camera mounted on a head gear and is able to move in a direction just by lookingin that direction.