Real-Time Blockchain Domain Resolution for Decentralized Search – Monitoring ENS/UNS/BNB NS Registries

Abstract

Web3Compass is presented as a novel search engine tailored to the decentralized Web, integrating multiple blockchain-based name services (ENS, UNS, BNB NS) and content storage networks (IPFS, Arweave, Swarm). Our work describes a real-time monitoring architecture: blockchain registries are queried continuously for new domain registrations and updates, content hashes (e.g. IPFS CIDs) are retrieved and fetched, and website data is parsed and indexed for keyword search. We emphasize the system’s novelty in unifying diverse name systems and content networks under one private search interface. A comprehensive literature review covers previous decentralized search efforts (e.g. DEWS 1, DeScan 2, Krypton 3), blockchain naming services (Namecoin 4, ENS 5, Unstoppable 6, Space ID’s .bnb 7), and content- addressed storage (IPFS 8, Arweave 9, Swarm 10). We include an architecture diagram and discuss implementation details (event log watchers, IPFS HTTP retrieval, indexing pipeline, privacy layers). Evaluation uses scalability and latency metrics, compares with existing solutions, and includes ethical/privacy analysis (e.g. query privacy via Hexens 11, censorship resistance 4). Our results show that real-time blockchain- based domain resolution is feasible and complements Web3 infrastructure, while highlighting trade-offs in data completeness and user privacy.