POST-QUANTUM CRYPTOGRAPHİC METHODS FOR SECURİNG IOT DEVİCE

Abstract

The Internet of Things (IoT) is growing at a rapid pace, and quantum computing will eventually develop, which will help to secure IoT devices. Post-quantum cryptography (PQC) techniques are necessary because quantum algorithms have the potential to undermine traditional encryption techniques. This article addresses the risks to Internet security that quantum computing presents and looks at PQC methods to reduce those risks [2]. The vulnerability of contemporary cryptographic algorithms to quantum assaults is first discussed in the article, followed by the necessity of finding substitute techniques. After that, he examines the fundamentals of multivariate polynomial cryptography, code, lattice-based cryptography, and hash functions. The foundation of all approaches is their ability to withstand quantum assaults and the fact that they can be implemented in Internet devices with constrained capabilities.Performance concerns, interoperability with current protocols, and the deployment of post-quantum cryptography solutions on the Internet are all covered in the paper. It also talks about the continuous attempts to standardize PQC standards, which guarantee uniformity and simplicity of quality across different Internet of Things (IoT) platforms