The virtual mouse is a software application that enables users to control their computers without the need for a physical mouse. This technology utilizes a webcam or other camera-equipped device to track hand movements or gestures, which are then translated into mouse movements and clicks on the screen. One of the key components of a virtual mouse system is the hand tracking algorithm, which processes the video feed from the camera to detect and track the user's hand in real-time. This algorithm analyzes the position, orientation, and movement of the hand to accurately map it to the cursor on the screen. To enhance user experience and functionality, virtual mouse systems often include additional features such as gesture recognition. This allows users to perform specific gestures to trigger actions such as clicking, scrolling, or opening applications. These gestures are predefined and can vary depending on the software implementation. The virtual mouse offers several benefits, including increased accessibility for users with mobility impairments who may find it challenging to use a traditional mouse. It also provides a hands-free computing experience, which can be particularly useful in scenarios where users need to interact with their computers while their hands are occupied. Overall, the virtual mouse is a versatile and innovative technology that has the potential to enhance user interaction with computers, offering a more intuitive and convenient way to navigate digital interfaces.

• Language Used: Python
• Libraries: Mediapipe,PyAutoGUI, OpenCV
• Tools & Technologies: Git