International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 05 | May 2025
p-ISSN: 2395-0072
www.irjet.net
Web3 & Blockchain Aggregator: Bridging Blockchain Ecosystem Khyati Jha, Md Mozammil, Nikhil Prajapati, Ram Gopal Sharma Computer Science and Engineering, Dronacharya Group of Institutions, Greater Noida -------------------------------------------------------------------------***----------------------------------------------------------------------------is not only a critical academic requirement to fulfill course AbstractThe rapid evolution of blockchain and Web3 technologies has revolutionized digital finance, ownership, and decentralized data exchange. However, the Web3 ecosystem remains fragmented, with various platforms offering isolated services such as cryptocurrency tracking, NFT trading, decentralized fundraising, and blockchain news. This research presents the design and implementation of a Unified Web3 Aggregator Platform that consolidates essential Web3 services into a centralized, user-friendly interface. Developed using React.js, Node.js, MongoDB, and OAuth 2.0 authentication, the platform integrates over 15 APIs to deliver real-time data on NFTs, cryptocurrencies, DeFi projects, and blockchain updates. Its modular architecture features Redis caching, scalable cloud deployment via AWS, and real-time synchronization to ensure responsiveness and security. Alpha testing revealed a 40% increase in user engagement over traditional standalone services. The paper also explores future integration of AIdriven personalization and interoperability with Web2 platforms to enhance accessibility and utility across the decentralized web.
Keywords- Web3 Aggregator, Blockchain, NFT Marketplace, Cryptocurrency, Decentralized Finance, React.js, Node.js, MongoDB
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2. LITERATURE REVIEW Numerous studies and platforms have emerged to tackle individual components of the blockchain ecosystem. Nakamoto's foundational work on Bitcoin [2] and Wood's Ethereum whitepaper [3] laid the groundwork for decentralized applications. Crosby et al. [1] emphasized blockchain's broader applicability beyond digital currency. However, a critical gap remains in consolidating this data. AlBassam [5] and Dinh et al. [9] discuss blockchain interoperability and scalability, while Singh and Verma [7] stress the importance of microservices and API integration for Web3 scalability. The need for unified access becomes even more urgent in NFT marketplaces [6], where fragmented platforms hinder user experience. Security and usability also play a major role. OAuth 2.0's role in secure user authorization is covered by Wang et al. [8], reinforcing our platform's implementation of token-based authentication. Combining these principles, our solution offers a consolidated, secure, and scalable aggregator designed for the decentralized internet. Additionally, research by Parikh et al. [4] on blockchain integration with IoT illustrates the relevance of decentralized systems in real-world applications. As blockchain continues to evolve into sectors such as logistics, healthcare, and supply chain management, the need for unified platforms becomes increasingly apparent. This paper aligns with these forwardlooking goals, establishing a foundation for accessible and integrated blockchain tools.
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