Cryptanalysis of RFID Authentication Protocols

Abstract

The Internet of Things or (IoT) is an encouraging advancements in the technology of 5G. The IoT is fundamentally a group of connected computing devices with a distinctive identification number and has the ability of sending data without the involvement of human. Considering that the IoT device like sensor, actuators and nodes uses wireless channel for communication which can be accessible for different types of enemies. Because of this mutual authentication protocols are used to provide a secure communicating channel between different communicating devices. Lately two protocols i.e. ASASI (Advance Strong Authentication Strong Integrity) and Blockchain enabled protocol for supply chain were proposed for an extremely lightweight authentication protocol to guarantee the security and privacy of IoT networks in an economical manner. The proposed protocol claimed to be the most secure Ultralightweight Mutual Authentication Protocol (UMAP). In this project we have performed probabilistic full disclosure attack on the given protocol and tested their security claims.