Blockchain Meets Artificial Intelligence and Decentralized Storage: An Innovative Architecture for Decentralized Applications

Abstract

This paper presents a novel architecture for developing Decentralized Applications (DApps) on Blockchain that integrate Artificial Intelligence (AI) and decentralized storage for the age of Web3 applications. As these emerging technologies continue to evolve, the synergy among them offers not only unprecedented opportunities for innovation and advancement but also raises confusions, incompatibilities and unreliability. The proposed architecture aims to harness the strengths of Blockchain's distributed computation and ledger technology for transparency and security, AI's capabilities for fraud detection and penalization, and Social Media's network effects for user engagement and decentralized storage's reliability for trust. Through the integration of these technologies, DApps can offer enhanced privacy, autonomy, and trust while fostering inclusive and participatory ecosystems. The paper discusses the design principles, components, and potential use cases of such a hybrid architecture, highlighting its potential to revolutionize various domains, including content creation, social networking, land registration, and property market. To verify and validate the architecture, we have developed two DApps- one for social media and another for land registration and property market. Our developed DApps provided upto 100 fold gains in speed, 10 folds gains in cost, more reliably and automation than existing similar centralized applications.