HARDWARE IMPLEMENTATION OF A MULTIPURPOSE CAMOUFLAGE SPY ROBOT THROUGH VISIBLE LIGHT COMMUNICATION

Abstract: The proposed system outlines a novel camouflage-enabled mobile robot designed for various roles that require secure and rapid audio, video, navigation, data transmission and the capabilities to camouflage with any background to aid in remote monitoring. The robot is equipped with a self-sustaining power management and obstacle detection system. The robot is designed for military applications and security operations. These military-grade robots are clandestinely deployed and outfitted with a suite of technologies including cameras, sensors and camouflage. The design addresses the challenges of converting operations by integrating state-of-the-art Visible Light Communication Technology for secure and rapid communication. The system’s performance is analysed using statistical methods and Little’s theorem, providing insights into operational efficiency and transmission reliability. The combination of camouflage technology, wireless control, and intelligent surveillance makes this system a valuable asset for defence, security, and research applications.

Keywords: Visible light communication, Camouflage technology Little’s theorem, Military-grade robots, Intelligent surveillance