A framework for IoT based on Blockchain and Edge Computing in Cyber Physical Systems

Today various technologies like artificial intelligence, edge computing, the internet of things, machine learning, blockchain platforms, and are all playing a very significant role as the internet evolves into a novel industrial science typology that is built on the foundation of smart systems. The combination of three technologies namely blockchain, internet of things (IoT), and edge computing has been an extremely essential aspect in creating revolutionary autonomous assistance and industrialized models with many anticipated qualities, such as self-verifying and execution, data integrity, and data dependability, along with secrecy. Critical concerns such as privacy, sustainability, and resource planning should be resolved in order to achieve efficient integration. In this study, edge computing is utilized to construct an Internet of Things (IoT) architecture that fulfills the confidentiality and scalability requirements necessary for integration, using peer-to-peer and blockchain technologies.