A Blockchain-based Framework for IoT based Secure Identity Management

Abstract

Blockchain science's distributed system structure makes it an ideal option for addressing device-to-device transmission data breaches. This paper investigates the potential use of blockchain systems to enhance Information security issues in the context of the 5G Mobile communication infrastructure. Relying on blockchains, we offer a multi-layer protection network architecture for IoT networks. By splitting the IOT based platform infrastructure into a multi-layer decentralized system, the suggested approach overcomes the issues connected with the real establishment of distributed ledger technology. We split the infrastructure into K-based clusters in the conceptual scheme by utilizing Evolutionary - based methods such as Evolutionary Computation and Particle-based Swarm intelligence evaluation. Every Cluster Members selects a unique access control for identification and authorization purposes inside every cluster group head (CGH). The distributed ledgers technology's strong security and trustworthiness guarantee offers an authentication system for CGHs communicating with one another and Ground Stations via a localized blockchain application with no need for a centralized controller. In addition, we suggest a worldwide blockchain deployment for base stations communications. Furthermore, to validate the proposed methodology, we use the free software blockchain application Hyper ledger Cloud hosting Network.