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Advisor(s)
Abstract(s)
This paper presents the preliminary results of the
study developed within the scope of the ”Safe2Taste” project presenting
the main concept of hardware and software architectures.
The project aims to build a monitoring system supported by IoT
technologies and covered by a security layer through interaction
with a blockchain network to be applied in an edible mushroom
production system. The hardware and software components were
validated in the laboratory and taken to domestic production
for the concept phase. the impacts caused by the inconsistent
production management are in the analysis phase as the data
collection is not finalized. At this stage, the implementation of
low-cost IoT nodes is intended for collecting and monitoring
parameters, these parameters are sent via the MQTT protocol to
the cloud, starting the blockchain mining process and storing the
mining result in an immutable database. The information from
monitoring, as well as the keys generated in blockchain mining,
will be presented in an intuitive way through a user interface
built using the NODE-red framework.
Description
Keywords
IoT Mushroom production Blockchain Wireless network
Citation
Rosse, Higor Vendramini; Dias Camargo, Caio Rafael; Gonçalves, Estefânia; Sabiri, Khadija; Coelho, João Paulo (2024). Chain of Trust: Integrating IoT and Blockchain to Certify Wild Mushroom Growth Quality. In 4th International Conference on Electrical, Computer, Communications and Mechatronics Engineering (ICECCME 2024). Male: IEEE, p. 1-6. ISBN 979-8-3503-9118-3.
Publisher
IEEE