The integration of internet of things (IoT) technology with robotics has paved the way for innovative applications in surveillance and security. This research presents the development and implementation of a spy robot with IoT capabilities, designed to enhance monitoring and intelligence gathering in diverse environments. The robot is equipped with a range of sensors, cameras, and actuators seamlessly interconnected through IoT protocols. Real-time data transmission, remote control functionalities, and autonomous navigation make this spy robot an efficient tool for surveillance applications. The research explores the challenges, design considerations, and potential applications of this IoT-enabled spy robot, contributing to the evolving landscape of smart and connected robotic systems.
Top1. Introduction
Synthetic Robots play a critical role in our day-to-day existence in sports as a consequence of reducing human labor and human errors. Robots can be manually controlled or can be automated based on the requirement. It is easy to control the robotic with the help of a mobile or laptop through the Internet of Things (IoT) and can also get live streaming of video both in daylight as well as at night with the help of a Wi-Fi camera from the robotic(Mondal et al, 2019 and Patiliya et al, 2015). The objective of this chapter is the surveillance of human activities in far-flung regions where human intervention is hard or unstable. The robotic is used to accumulate facts from the faraway terrain and screen that information at a miles comfy place with the help of the IoT era. A robot is an integrated branch of the fields of engineering and science including mechanical engineering, electrical engineering, software engineering, computer science, and others. It includes robot design, development, installation, and work, as well as computer systems for understanding, managing, reacting to sensors, and processing information. Robots are machines capable of capturing people and duplicating human behavior. The robot can be used in many circumstances and for many purposes, but today many are used in dangerous environments (Sharma et. al, 2015) as well as radio monitoring, detection, and deactivation, automated systems, or anywhere human beings cannot survive (underwater, heat and fresh and contain toxic substances and radical substances). Robots may take any form but some can look like human beings. It is said to assist in the acceptance of robots typically performed by humans indefinite multiplication methods. Such robots attempt to imitate movement, lift, speak, understand, or any action of any other individual. Most modern robots are life-inspired, and causative to the bio-motivated robotics market (Singh et al, 2017).