Journal of Research in Computer Science and Engineering ISSN: 2457-0818 (Online)

Authors:- Kashish Choudhary, Mahesh Shetty

Abstract:-With the rapid advancement of technology, people have become increasingly dependant on the internet. As a result, in order to stay up with the technological speed, everyone is eager to computerise their homes. With such rapid growth of variables like smart components like houses, hotels, smart urban areas, and smart things, the Internet of Everything (IOE) is a sphere of Grand impact, development, and promise. The Internet of Things (IOT) creates an environment in which everything is connected, digitalized, and intelligent. The majority of people rely significantly on their smartphones or laptops and wish to use them to carry out their daily tasks in an effective manner. Traditional or conventional houses are made up of a variety of electronic equipment that are managed or monitored by remote framework systems. As a result, using and controlling such discrete house portions becomes highly laborious. With the advancement of technology and innovation, computers now have access to virtually every aspect of the household. House Automation is an extension of IoT, in which IoT devices are used to provide smart functionality to specific home components. The suggested framework makes use of an Arduino Uno, which forms the foundation of the home robotization framework and can identify the number of occupants in the room using Passive Infrared (PIR) sensors and automatically turn the lights ON/OFF based on occupancy. It makes use of an ESP8266 module to connect Arduino to a Wi-Fi network and simplifies TCP/IP connections using Hayes commands. In addition, the system sends information to the ThingSpeak cloud for analysis. In the literature, several and diverse home automation systems with various findings and implementations have been presented. The goal is to offer a Node MCU and Thingspeak-based IOE-based technique for a productive home automation framework. The ThingSpeak cloud platform is used to coordinate the house segments, as well as to analyse and measure the data. In our suggested LAN communication system, MQTT is used. This article will provide IoT designers and specialists with a method for sensing, digitising, and controlling dwellings in the context of future IoT. Similarly, this project is demonstrating how IoT applications may make life easier.