Implementation Of An Efficient Security Scheme Through Elliptic Curve Cryptography Based Radio-Frequency Identification(RFID) In Context Of Internet Of Things

Abstract

IOT becomes a revolutionary transformation in our future digital world. Impact of rapid growth and real adaption of IOT touches day by day every ones life. IOT platform where every day a large no of physical objects are connected with others through internet and each objects have a unique identification to other devices. We are gifted from IOT generation as smart cities , smart homes, smart devices, parking sensors, real time medical data prediction in health care application and many mores. But the major concerns of IOT platform are privacy concerns, insecure update, week encryption technique. poor passwords and some UI based vulnerabilities.. We have discussed about Radio Frequency Identification (RFID) under IOT environment where large amount of data are in open communication without proper authentication . Some widely used cryptographic algorithm already have used in IOT platform. For last few years , lots of attention of researcher to optimize size and power consumption of IOT devices which finds an efficient authentication scheme with minimum computational complexity. In this paper we have proposed a Elliptic curve Cryptography based RFID scheme for IOT platform.