Web3 applications aim to achieve the decentralization and resilience of smart contracts by creating static websites hosted on decentralized storage, eliminating single points of failure seen in traditional server-based architectures. This exploration involves using various decentralized storage solutions like Arweave, Sia, and Filecoin to store website data, while IPFS is used to distribute the data. Arweave ensures data permanence with blockchain-based storage, while Sia and Filecoin employ contract-based methods, yet both face challenges related to data availability and retrieval. To make the decentralized site more accessible, the Ethereum Name Service (ENS) maps human-readable names to complex hashes, and Tor can provide an additional layer of anonymity. The aim is to create an "unstoppable" site with redundancy across multiple decentralized storage locations, ensuring accessibility even if some nodes fail.