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The "AutoRehab Cycle" initiative aims to revolutionize leg rehabilitation devices by tackling the notable shortcomings found in current solutions. Specifically designed for patients who are dealing with minor knee injuries, ankle injuries or similar concerns. This project com

bines automatic cycling with a speed-controlled motorized system and an intuitive IoT interface. The current leg rehabilitation devices

are lacking in integration for automatic cycling, which results in the need for manual effort and ultimately hinders efficiency in the rehabilitation process. The absence of an intuitive Internet of Things (IoT) interface in current leg rehabilitation technology is obstructing the realization of a personalized and enriched rehabilitation experience for individuals undergoing treatment. The main aim is to create a physiotherapy apparatus for leg rehabilitation that includes automatic cycling, with a focus on improving ergonomics and accessibility for users. Additionally, a significant objective is to incorporate a speed controlled motorized system into the device to assist with cycling support and efficient pain management during the rehabilitation process. The project also seeks to develop a user-friendly Internet of Things (IoT) interface that allows for easy customization of the automatic motorized system.