Implementation of Novel Radio Frequency Identification C1G2 protocol for Fast Tags

Abstract

With the flourishment of Internet of Things, Radio Frequency Identification tag technology is being influenced. The vehicle digital assets are hooked to cloud-hosted applications and greatly expounded. Hence, there is a need to go through the process of Mifare tag authentication. It is an essential requirement of Radio Frequency communication and Artificial intelligence algorithms and extensively used in cloud platforms in order to collect, cleanse, and crunch radio frequency identification data to extricate actionable intelligence. There are middleware solutions in the form of gateways, hubs, buses, and brokers for enabling ground-level radio frequency identification data to cloud databases. In this research, different types authentication framework using radio frequency identification system, make use of One Factor, Two Factor and Multi-factor attributes utilizing the passive tags operating at different frequency. has been proposed and implemented. Various parameters are calculated under different criteria and comprehend that High-frequency reader with two factor Authentication provides maximum distance coverage, minimum power consumption, and highest bandwidth coverage as compared to low-frequency radio frequency identification passive tags on toll booth.