Abstract :

The rapid growth of security concerns in public and private environments demands continuous and reliable surveillance systems. Conventional surveillance solutions rely heavily on fixed infrastructure and continuous power supply, leading to high operational costs and limited coverage. This project presents a solar-powered autonomous surveillance robot designed to provide sustainable and efficient security monitoring. The system integrates a solar panel, battery storage, control circuit, communication module, and motorized wheels to enable autonomous movement and monitoring. Solar energy is utilized as the primary power source, reducing dependence on conventional electricity and promoting eco-friendly operation. The robot is capable of navigating predefined paths using driving and steering mechanisms. A communication circuit enables real-time data transmission to a remote monitoring station. Autonomous control enhances adaptability in dynamic environments. The robot ensures uninterrupted