Implementation of Patrolling Robots for Apartments using Cloud Technology

The objective of this project is to create a smart flat patrolling robot with a variety of accessories, including an ESP controller, DC gear motor, motor driver, LCD, buzzer, rechargeable batteries, high-definition night vision 360° rotation smart camera, IoT cloud app and wheels. This robot's purpose is to improve security and monitoring within an apartment building by independently patrolling predetermined regions and delivering real-time monitoring via a cloud-based Internet of Things application. The ESP controller, which acts as the robot's central processing unit, and the DC gear motor with a motor driver, which enables mobility, make up the robot's essential parts. The ESP controller, which takes instructions from the IoT cloud app, manages the robot's movement and navigation. The app enables users to monitor live camera feed, remotely control the robot, and get notifications for any questionable activity. The robot can take clear video footage even in low light thanks to the high-definition night vision 360° rotation smart camera, which can also spin 360 degrees to cover a large area of vision. This camera is essential for keeping an eye on and documenting any unexpected activity while patrolling. The design and development of a flexible, intelligent apartment patrolling robot that combines several components to improve security and surveillance is shown in this project. This robot is a useful addition to apartment complex security systems thanks to the ESP controller, DC gear motor, high-definition video, IoT cloud app, and other characteristics.