LoRaWan-Hyperledger robust network integrity on IoT devices

Communication, power efficiency and data storage are core needs of an IoT environment. Communication protocols for low power wide area networks (LPWAN) are a growing field of research, and require of innovative approaches to provide data chronological logging and security while preserving the all-data all-the-time-connected (ADAT2C) paradigm. In this paper we propose a theoretical and practical IoT design using LoRaWAN protocol and Hyperledger Fabric network. The former defines a power efficient, and enroll secure network of end-node devices; and the later provides a secure immutable chronological data ledger with permission policies. The proposed hybrid network implements a role-integration of devices to improve resources, a request on-demand certificate credentials for each endnode, anomaly detection algorithm and a quarantine channel mechanism for defense on replica attacks.