Investigating the Synergies between Decentralized Protocols and Edge Intelligence for a Resilient Web3.0 Infrastructure

This paper presents the results of an in-depth investigation of how edge intelligence and decentralized protocols might work together to create a robust Web3.0 system. An exhaustive literature study is conducted, covering topics such as decentralized protocols, edge computing, and their significance to Web3.0, to provide a solid groundwork for this inquiry. This first stage of the investigation involves a comprehensive review of previous research, methods, and best practices in the field, with the goal of identifying areas where the envisioned synergy may fill a need. Empirical data culled from preexisting Web3.0 infrastructure, real-world use cases, and simulated data are all considered throughout the data collection process. Expert interviews and surveys are also used to collect qualitative information, with the goal of eliciting relevant feedback from specialists in the area. The research approach itself includes the design and execution of a series of experiments and simulations. These exploratory projects are meant to analyze how Web3.0 apps may best make use of decentralized protocols and edge intelligence. These factors comprise measurements relating to latency, throughput, data availability, scalability, and security/privacy. At the end of the study, a comparison is made between the suggested integrated solution and the status quo of centralized systems and other popular approaches to Web3.0 infrastructure. This in-depth research illuminates the benefits and drawbacks of the integration process.