Smart Kitchen: Real Time Monitoring of Kitchen through IoT

Abstract

As per the report of a media agency by Midshare in Britain, Smart Kitchen is the need of the present and future. The kitchen, as the most important room in the house, requires extra protection. Existing kitchen technology must be upgraded and enhanced in terms of safety, cost, accessibility, and sustainability. The goal of this study is to show that a Smart Kitchen may be created using Ambient Assisted Living (AAL). At present we are only limited to smart TV, smartphone, tablet, laptop, and desktop computers in our room. In the future, when we would be shifting towards smart cities then at that time smart kitchens will play an important role, and they will contribute a lot to make the smart city possible. Digital technologies such as the internet of things (IoT), artificial intelligence (AI), and cloud computing will be used to implement this system. It also deals with the use of a renewable source of energy to power up in case of commercial power failure or shut down. This paper also presents the solution to the various kind of kitchen problems like gas leakage, sudden fire, excessive smoke, and sudden temperature rise. The status of these parameters will be displayed to the user on a real-time basis. It can be generalized by interfacing the various kind of sensors with Node MCU which will monitor the entire parameter of the kitchen and the status will be displayed in organic led using the graphical user interface (GUI) and it can be controlled using a wireless sensor network (WSN); as Node MCU has in-build Wi-Fi technology that can be connected to a mobile application like Blynk and the user can visualize every bit of information with the current status. It's based on the Open Services Gateway initiative, which allows you to build a complicated system out of simple modules that deliver services ranging from wide-area networks to local area networks.