6G Wireless Communications Enabled by the Blockchain: Privacy and Middleware Architecture

Abstract

6G is transformational and brings revolutionary innovations in virtually all sectors, such as healthcare, autonomous systems, and manufacturing, through ultralow latency, massive connection, and far superior computing capabilities than any previous generation. It would, however, introduce several other challenges that even technology would not avoid, such as privacy, security, and network management. This paper proposes integrating blockchain technology into 6G wireless architecture to tackle the emerging threats above. We study how blockchain′s decentralized, immutable, and transparent features can strengthen access control and user privacy, as well as middleware efficiency in complex 6G environments. The study recognizes critical vulnerabilities coupled with 6G network slicing and virtualization and proposes the necessary solutions based on blockchain technology toward diminishing the problem. A case study showing how blockchain-enabled slices can integrate seams into the 6G core network completes the study. Ultimately, we highlight the future research paths of this convergence among blockchain and next-generation systems in wireless communications.