Implementation of zk-SNARK HH Authentication on IoT Protocols

Abstract

CoAP and MQTT are messaging protocols in the application layer of the Internet of Things (IoT) architecture. Both protocols, in general, have not been equipped with certain authentication schemes to cope with the network security gap. Without an authentication mechanism, the protocol is prone to mand-in-the middle attacks. Addressing this issue, the present study attempted to implement an authentication scheme using zk-SNARK Homomorphic Hiding (HH). This authentication mechanism does not require a token exchange and is safe from an eavesdropper. In this study, zk-SNARK HH was implemented to CoAP and MQTT protocols. The performance of both protocols was compared. The result of the study indicates that zk-SNARK was successfully implemented in CoAP and MQTT protocols. The result of the independent sample t-test presented a significant difference in COAP and MQTT memory usage where MQTT required larger memory. Regarding time execution, no significant difference was noticed. To conclude, CoAP may serve as an alternative when zk-SNARK is implemented in a device with limited memory as it requires lower memory and has an execution time that is not significantly different from MQTT.

Adaptive Hiding Algorithm Based on Mapping Database

“…Such data have to be available to start hiding and extracting secret messages in the designed implemented proposed system. The proposed system as security system could work not only in secure hide information in medical images [13][14][15][16][17], but also in homomorphic hiding side by side with database prototype [17][18][19][20]. Proposed system There are two main algorithms proposed first for hiding and the second algorithm for extracting.…”