Industrializable industrial internet of things (I3oT) for a massive implementation of industry 4.0 applications: a press shop case example

This article presents a new concept for generating industrializable IIoT applications, Industrializable Industrial Internet of Things ( $ I3oT $ I3oT). There is an important limitation that is significantly slowing down its proliferation in the IIoT application industry. The installation of sensors, their wiring and data extraction. The increasing number of machines to be sensorised prevent the proposed solutions from being applied in the industry in a massive way, due to the high cost of their installation. The $ I3oT $ I3oT philosophy implies to use the available installation in factories to develop proliferative IIoT application, with the main feature to be easily extrapolated and scalable to other systems at a very low cost. This paper defines this concept based on a previous research group development, the Mini-Terms, and explores the use of the concept $ I3oT $ I3oT in stamping process by developing the routing called Criterion-360. A routine that allows obtaining stamping data available in the PLC easily. This data can provide sufficient information to develop a multitude of useful applications for the industry. An $ I3oT $ I3oT application is presented for predictive maintenance based on tonnage sensors and we explore other tools for energy saving and the feasibility of developing a digital twin for the stamping process.