Architecture for Industrial Asset Sensing using LoRaWAN and Acquisition Microservice

This paper, conducted by three partners, UFAM/CETELI, INDT and Envision (TPV Group), presents a data collection architecture with WISE-2410 and ITE11LI sensors, focusing on LoRaWAN configurations, and distance tests. The architecture integrates LoRa radio, MQTT, and microservices with an ITG201 outd...

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Main Authors: Bessa, Andrey R. R., B.S. Linhares, Jose E., Uchoa, Matheus S., Dos Santos, Adriel V., Amoedo, Diego A., Souza, Maria R. A., Mattos, Edma V.C.U., Pereira, Antonio M. C., Silva, Agemilson P., Brito, Allan C., S.F., Romulo, Nunes, Jean A. O., Lemos, Madson R., Costa, Maura R. A., Junior, Waldir S.S., Carvalho, Celso B.
Format: Conference Proceeding
Language:English
Subjects:
AAS
Data collection
Firmware Updates
IoT
Logic gates
LoRaWAN
Microservice architectures
MQTT Broker
Sensors
Wireless communication
Wireless sensor networks
Wireless Sensors
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Summary:This paper, conducted by three partners, UFAM/CETELI, INDT and Envision (TPV Group), presents a data collection architecture with WISE-2410 and ITE11LI sensors, focusing on LoRaWAN configurations, and distance tests. The architecture integrates LoRa radio, MQTT, and microservices with an ITG201 outdoor gateway. Results show accurate network setup, reliable reconnections, strong signal levels, improved device stability, and transmission efficiency. The study demonstrates a robust framework for reliable data collection in diverse applications.
ISSN:2575-8284
DOI:10.1109/ICCE-Taiwan62264.2024.10674299