Projeto de sistema para interconexão e mapeamento dinâmico entre dispositivos em um cenário de indústria 4.0.

Abstract

This work presents the development of a system for interconnection and dynamic mapping between devices in an Industry 4.0 scenario. The proposed solution integrates industrial devices, such as Programmable Logic Controllers (PLCs), sensors, and control systems, using communication protocols like OPC UA and Modbus, in conjunction with the Node-RED framework. The proposed architecture was tested in a simulated environment using Factory I/O software to simulate a production line, CODESYS for PLC programming, and Node-RED for communication orchestration and real-time monitoring. Integration with AWS cloud via the MQTT protocol enabled the analysis and storage of critical data from the simulated environment. The implemented system also explored the use of digital twins and ontologies based on the ISA-95 standard to enhance the efficiency and adaptability of the production process. The results indicate that the developed solution provides efficient and flexible communication, capable of adapting to the needs of a modern industrial environment, promoting greater control and real-time monitoring of operations.