Internet of Things-Based Smart Switching and Controlling Module with Computer Vision

Abstract

The fourth industrial revolution is rapidly approaching. This is my ongoing endeavor in that vein. Several of the elements that are crucial to the Fourth Industrial Revolution are included in This project. IoT-based Smart Switching and Controlling Module with Computer Vision is the focus of This project This changes the analog switching mechanism and transforms it into IOT. It makes switching possible from any location in the world. A voltage dimmer, temperature sensor, and gas sensor were also attached. With its assistance, anyone in the globe can find out the temperature, humidity, and amount of methane gas existing in a certain area. If this is implemented correctly, I believe it will make my sentiment duties much simpler. In the present world's updated electrical engineering technology, I'm hoping This project will function extremely well. To make it simple to complete the based duties later, I have once again planned to save all of the project's data on the server at the same time. I'm hoping that my suggestions from this project may help with the creation of an updated electrical project soon. Above all, I want to thank my managers and all of my coworkers for their cooperation and hard work, which made it easier for me to finish This project. Computer vision, which permits remote visual inspection of controlled areas, and Gesture Control Phase angle Converter are crucial parts of this project. For this project, I developed computer vision software. Based on an IP link, it allows for video visualization. It makes it possible to detect the movement of things at a given place around the globe. This, in my opinion, will considerably enhance robotic vision. The default settings for Control Area and IP Link. Plans for the project's image capture It is essentially feasible to visualize the controlled location with the aid of this technique or to see it in the form of video or CCTV footage and Phase angle Control by Gesture. The project's whole controlling protocols have been developed to create an Android IOT control app.