IoT based Gesture-Controlled Mouse System for Individuals with Hand Impairments

Gesture recognition systems has a broad range of applications across various fields. The ability to control and interact with devices using hand or body gestures is revolutionizing our interaction with technology. The gesture-controlled mouse system presents an exciting alternative to traditional input devices like the mouse and keyboard. However, it also comes with a range of challenges that need to be addressed to make it widely accessible, accurate, and practical. Therefore, this paper focuses on developing a IOT based gesture-controlled mouse system specifically designed for individuals who are hand-impaired or have no hands. The primary goal is to allow users to control a computer purely through hand gestures and movements, without the need for physical touch. The proposed system utilizes an Arduino Uno microcontroller, a gyroscope and servo motors, to create an innovative, hands-free interface for computer interaction. The experimentation demonstrates that low-cost, affordable, and commercially available components, combined with Arduino-based programming are leveraged to create an assistive technology that improves digital accessibility. By enabling hands-free computer use, this gesture-controlled mouse system enables individuals with impairments overcome barriers to digital interaction and participates more fully in online and computer-based activities.