New Authentication Algorithm for IoT Environment based on Non–Commutative Algebra and Its Implementation

Maki Kihara¹, Satoshi Iriyama²

^1,2Tokyo University of Science, Japan

Abstract

Recently, IoT devices such as robots, speakers, domestic electrical appliances and smart devices are provided everywhere for everyone. While their authentication request is quite ubiquitously, namely, an authentication for sharing services, the actual implementations are patchy schemes of variety security policies. In this study, we propose the new authentication scheme for IoT devices without certificate authority which is fast enough as well as secure. The verification algorithm is based on suitable ciphered metric. We define a class of such verifiable encryption and give an example for authentication. Moreover, we show the implementation which keeps perfect secrecy by means of Shannon's theory.

Keywords

• Network Security, Authentication Systems, Non-Commutative Algebra

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Cite this Article as Follows

Maki Kihara, Satoshi Iriyama. New Authentication Algorithm for IoT Environment based on Non–Commutative Algebra and Its Implementation. International Conference on Cyber Security and Connected Technologies (2019): 08. Print.