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Today’s industries require monitoring and control of all manufacturing processes. Computer integrated manufacturing (CIM) systems provide a framework for integrating production systems. In this regard, the Internet of things (IoT) has rapidly evolved to digitize and interconnect devices in industrial processes. However, to achieve the integration of a complete system implies high costs in software and hardware, which limits its penetration in medium and low size industries. For this reason, this project proposes the creation of a low-cost IoT platform whose objective is to monitor and analyze both physical and electrical parameters of an industrial process in real-time. To achieve this objective, the software and hardware specifications were defined and characterized, the conceptual design and detail of the prototype were made, and finally, the materialization was carried out. The platform was structured in two parts, a …