Nano-Bot

Abstract

In the age of technology, the need for advanced security solutions has become paramount. This project explores the design and implementation of a spherical surveillance robot, aimed at enhancing monitoring capabilities across diverse environments. Its unique spherical shape enables omnidirectional movement, facilitating navigation in confined spaces and complex terrains. Equipped with high-definition cameras and advanced sensors, the robot captures realtime video and detects obstacles, utilizing autonomous navigation algorithms for efficient operation. The modular design allows for easy upgrades and maintenance, while energyefficient components ensure a prolonged operational lifespan. Initial testing demonstrates the robot's effectiveness in both indoor and outdoor settings, highlighting its potential applications in security, facility management, and emergency response. This report outlines the design methodologies, construction process, and testing results, discussing challenges encountered and the implications for future advancements in surveillance technology. Ultimately, the spherical surveillance robot represents a significant innovation in automated security solutions, addressing contemporary security needs in an increasingly technological world.