Ari Kusyanti
ABSTRACT
LoRa (Long Range) as the latest wireless IoT connectivity is evolving and gaining popularity in low-power operated embedded systems. LoRa uses frequency as its communication method and has a feature called broadcast. In this study LoRa connects an end device and a gateway to transmits data via broadcast with the same frequency. However, data sent over LoRa is vulnerable to third-party attacks. This study proposed security measure in the form of encryption. SIMON algorithm is applied to secure important data and accessed by an unauthorized party. There are 10 variety of SIMON implemented, and they are compared based on their performance. Furthermore, SIMON is implemented by using various mode of operation e.g. ECB, CBC, OFB, PCBC, CTR, CFB, CTR, and compared the result by analyzing them using MANOVA. The results of this study show that there is significant difference among various SIMON algorithm with the average time required tends to be faster in shorter key and block size to perform encryption and decryption over LoRa on various mode of operation. Hence this study offered insight on how to secure data over LoRa network depending on the needed security level.
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