Published Paper Details:

In the context of industrial production settings, the "Industrial Internet of Things" is an acronym for "Industrial Internet 4.0," which refers to the integration of massively deployed smart computer and network technologies in order to achieve the goals of automating, ensuring reliability, and controlling processes (I-IoT). When it comes to increasing productivity, efficiency, safety, and intelligence in the manufacturing system environment, I-IoT is primarily concerned with the implementation of the Internet of Things (IoT), which allows anything, anywhere, and at any time to be connected. When compared to consumer IoT, I-IoT has a number of distinct characteristics and requirements, including the unique types of smart devices that are incorporated, network technologies and quality-of-service requirements, and stringent requirements for command and control and command and control infrastructure. Throughout this article, we perform a comprehensive analysis of the corpus of existing research on I-IoT in order to provide a consistent appraisal of the technology from a systems viewpoint and to better understand the complexity of the I-IoT and its special demands and requirements. In this section, you'll learn about the Internet of Things architecture, as well as about its applications (such as industrial automation and process automation), and its characteristics.