Autonomous Military Robot using IoT for Covert Operations and Multiutility Computing

Scientists are now intrigued by top, and the growth in human requirements has inspired both scientists and students to create new automated technologies. This essay may aid in understanding how the field of autonomous car technology is evolving. Their performance and usability have improved as a result of technological advancements and updates. The interaction between the autonomous vehicles or equipment is the most important necessity. Additionally, the Indian government is focusing a significant amount of money on military development. This research focuses on a connection mechanism between a wireless router bot that is perfect to the point that connecting does not provide a challenge. To do this, transceivers for data connection linking the games console to the car would have been set up on the Raspberry Binding protein relays (bot). Wi-fi connectors will serve as transmitting transmitters or extensions in this program to increase the connection and range of a far-off car. With using this connection, the robot could quickly send data to the patient's computer so that biometrics can be used to record a live broadcast. This project makes advantage of cutting-edge studies on types of networks and interconnection methods in IOT devices. The transmission method increases the chatbot's interaction with the user by deploying more relay bots, ensures that data transmission is untraceable, and widens the range of remote connections. Barriers and any suspicious behavior may be quickly recognized and reported to the military facility using the current algorithms.