Development Of Sensor Network System For Digital Transformation Transfer Laboratory

Abstract

Along with technological innovations, the internet of things, artificial intelligence and big data, as a result of all these, the "digital age" or "digitalization" processes we have discussed have entered our lives. These concepts emerged in the Industry 4.0 period, which represents the fourth phase of the industrial revolution and is still experienced today. Internet of things (IoT) refers to all systems that can transfer data over a network. In the world of the Internet of Things, the role of human-to-human commands and even human-computer interaction is minimized. The paper aims to provide both cost and high efficiency by using IoT and MQTT. The application was designed with object-oriented programming languages such as Python and C#. In the Digital Transformation Transfer Laboratory, data recorded and transferred through sensors are analyzed. The focus of the paper is on processing data from DHT11 and HC-SR04 sensors, analyzing this data intelligently and monitoring it in different applications. The use of sensor networks provides timely access and convenience in accessing information. With the development of the systems to be designed in the paper, it is aimed to control the smart system in an easier and more visual way and to develop a sensor network system for a Digital Transformation Transfer Laboratory suitable for Industry 4.0 requirements with high original value. In this context, the paper aims to develop a sensor network system for the Digital Transformation Transfer Laboratory that complies with the high value requirements of Industry 4.0 and makes the control of the smart system easier and more visually accessible.