Abstract
This paper presents the development and implementation of a Smart Rover, integrating robotics and IoT technologies to create a versatile and efficient robotic platform. The Smart Rover is a versatile robotic platform integrating Bluetooth, voice control, and IoT capabilities for seamless navigation and obstacle avoidance. Powered by an Arduino UNO microcontroller and programmed in C++, the Smart Rover provides a user-friendly interface for remote control through Bluetooth-enabled devices. Voice commands add convenience and accessibility, offering an alternative control method. The onboard sensors facilitate autonomous obstacle detection and avoidance, enabling the Smart Rover to navigate its environment intelligently. The prototype demonstrates successful integration and functionality, offering a compact and sturdy design suitable for various applications. IoT integration expands functionality, allowing the rover to communicate with other smart devices or cloud services, opening up possibilities for data collection, remote monitoring, and collaborative tasks.
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