Designing an IoT based Kitchen Monitoring and Automation System for Gas and Fire Detection

The kitchen is among the highly crucial rooms in any home. While working in the kitchen, many safety precautions must be performed. An uncontrolled fire, an excessive rise in temperatures, the existence of leaking gas, and other factors can all contribute to surprise explosions. The explosions must be spotted and, cleared as soon as possible. The paper's principle goal is to discover and, remedy kitchen safety concerns. When there is a significant rise in leakages, the Sensor senses it and, the exhaust system turns on, the alarm goes on, when the gas level surpasses the recommended amount. It also automatically shuts down the supply of gas. Even, the information is notified to the users' mobile phone, by the app. Additionally, many Fire detecting systems are deployed in this system, to detect the fire. In the event of a fire, it senses it and, immediately sprays water to shut off the flic and, shut off the Gas supply. When the temperature is high in the kitchen, it ventilates it by exhaust system, thus by dropping the room temperature. It even uses a PIR sensor, to inspect for signs of a person, in the kitchen. Finally, this technology can be deployed to automate the kitchen, allowing users to utilize the kitchen equipment. All of these controls and, the information is accessed using the Blynk app, which can be accessed by smart phones. This solution is envisioned to increase home Protection, in the Kitchen, along with to automate your kitchen and, daily tasks for senior users.