Enhanced blockchain technology associated with IoT for secure and privacy communications in 5G
T. S. Arulananth, M. Baskar, J. Ramkumar, Koppula Srinivas Rao · 2021
Chapter Contents: 4.1 Introduction 4.2 Design process of blockchain-based systems 4.3 IoT – with 5G and blockchain 4.3.1 Requirements of IoT 4.3.2 Benefits of 5G 4.3.3 Impact of blockchain technology on digital commerce 4.3.4 Impact of blockchain on IoT 4.4 5G technology for greater connectivity 4.4.1 Mobile payment networks to worldwide communication 4.4.2 How blockchain and 5G help secure versatile banking 4.4.3 How will 5G WiFi enhance blockchain-based crypto assets? 4.4.4 Scaling of blockchain functionality by 5G 4.4.5 5G for boosting keen agreements credibility 4.4.6 How 5G will increase network volume for blockchain improvement? 4.4.7 Will 5G bargain blockchain innovations latent capacities? 4.5 5G-based blockchain distributed ledger technology 4.6 Secure mobile banking using 5G and blockchain 4.7 5G benefits to blockchain and crypto users 4.7.1 5G affect on revolutionizing blockchain 4.7.2 How 5G authorizes smart contracts 4.8 Blockchain in defense to secure communications 4.9 Key issues in blockchain in communications 4.10 5G challenges facing deployment 4.11 New opportunities for 5G applications 4.12 Blockchain works to secure communications 4.12.1 Centralized, distributed, and decentralization networking 4.12.2 Coding modern technologies 4.12.3 Vulnerabilities in existing communications protocols 4.12.4 Weaknesses in packetization 4.12.5 Securing community packets with blockchain 4.12.6 Weaknesses in net protocol addresses 4.12.7 Protecting IP addresses with decentralized communications 4.13 Propose framework along with blockchain technology 4.14 Case study 4.15 Chapter summary and conclusions References