Deep Learning and Blockchain for Securing 5G Enabled IoNT in Big Data Environment

IONT is a new way of idea about how wireless communication networks should work (AI). Spectrum scarcity, advanced security, and not having enough intelligent, autonomous security are big problems for traditional cellular networks. Next-generation communication networks make it possible to build IONT networks based on sensors that can handle a lot of data. We create a safe 5G Internet of Nano Things device communication to improve communication routes and make sense of huge amounts of data. To proposed an AI- and Blockchain-based architecture for securing 5G-enabled nano IoT things. In 5G, the current AI algorithm is not as good as the physical layer (PHY), but it gives the air interface flexibility, agility, efficiency, and security. AI-based quantum Boltzmann machines and a blockchain-secured 5G are interface are part of our proposed paradigm. Lastly, To perform the simulation using Python to compare our proposed paradigm with 5G-IONT and 5G smart IONT.