The evolution of humans has witnessed a tremendous surge in recent years with the help of high end technologies put into proper use. There has been a huge dependency on technology and the internet for almost everything and it would not be an exaggeration to say that there are systems to automate and monitor every aspect of our life today. A kitchen is a crucial place for any household and dicey one at that. In recent times, many accidents have been witnessed due to improper handling and utilization of kitchen appliances.  The objective of proposed work is to develop a kitchen monitoring system that aims at identifying and addressing gas leakage, uncontrollable fire, excessive temperatures to prevent potential hazards and mishaps. A part of this system’s objectives to also be able to monitor other kitchen appliances like ovens, lights and refrigerators remotely.  In the proposed work, a NodeMCU ESP8266 Module and multiple sensors as per need have been used for the implementation. The sensor data is monitored using ESP-Dash Application. It is also possible tosend commands from the dashboard to control kitchen appliances. Through this work, the aim is to achieve a well-developed system that is capable of detecting gas leakage, fire accidents and intimates the user using the cloud for prevention. The subsequent implementation of this model has led to the results whereby temperature, air quality and gas leakage have been monitored and controlled using ESP32 Microcontroller and the results are displayed on the designed dashboard.

Kitchen Monitoring IoT ESP32 User-interactive dashboard ESP-Dash