Crust Network supports a wide range of use cases, such as the technical infrastructure for the Metaverse, NFT minting and storage, decentralized web hosting and video streaming, Web 3.0 gaming, decentralized social media, personal cloud storage, file sharing, and streaming services.
Crust Network offers several advantages over centralized cloud providers like AWS or Google Cloud, including high redundancy with around 80 replicas, resistance to DNS hijacking and DDoS attacks, encrypted data storage via IPFS, and lower costs, approximately 25-50% less than traditional cloud services.
Crust Network is a decentralized storage network designed to create a blockchain-agnostic cloud infrastructure for the Web3 ecosystem. It leverages the IPFS protocol along with its own incentive layer to enhance data security, availability, and privacy. Moreover, it's designed to support a range of applications, including dApps, NFTs, and blockchain nodes.
Crust Network uses blockchain technology to provide decentralized storage solutions through the Substrate framework, ensuring high security, privacy, and reliable data ownership. It offers a blockchain-based incentive layer for the IPFS protocol, enabling a decentralized cloud ecosystem with distributed computing capabilities.
Individuals can join Crust Network as miners through its permissionless public network, using the MPoW (Meaningful Proof of Work) mechanism. Requirements include a reliable internet connection, a CPU with TEE functionality, and available storage space, eliminating the need for high-end GPUs or CPUs.
The CRU token serves various functions within the Crust Network, including staking to support the GPoS consensus mechanism, collateral for storage providers, covering transaction fees, purchasing storage and services, and participating in on-chain governance.
Crust Network offers decentralized storage for Web3, using IPFS and a unique incentive layer with CRU cryptocurrency, supporting dApps and cross-chain applications.
Crust Network offers a decentralized storage network for the Web3 ecosystem, aiming to build a blockchain-agnostic cloud infrastructure. Utilizing the IPFS protocol and an incentive layer, Crust supports various storage and computing tiers while maintaining data security and privacy. Its architecture allows anyone to join as a node, trade storage for CRU tokens, and it integrates with the Polkadot ecosystem through the Substrate framework to support cross-chain applications. Crust Network's decentralized platform supports diverse applications like hosting websites, Metaverse infrastructure, and NFTs, serving both Web 2.0 and Web 3.0 technologies. With about 2,300 PetaBytes in storage and over 7,000 nodes, it ensures data redundancy and security with low-costing storage options. CRU tokens facilitate staking, storage collateral, transaction fees, and governance. Crust's MPoW mechanism encourages public mining participation without expensive hardware, aiming to advance further network integration and support future decentralized applications.
Crust Network offers a decentralized storage network for the Web3 ecosystem, aiming to build a blockchain-agnostic cloud infrastructure. Utilizing the IPFS protocol and an incentive layer, Crust supports various storage and computing tiers while maintaining data security and privacy. Its architecture allows anyone to join as a node, trade storage for CRU tokens, and it integrates with the Polkadot ecosystem through the Substrate framework to support cross-chain applications. Crust Network's decentralized platform supports diverse applications like hosting websites, Metaverse infrastructure, and NFTs, serving both Web 2.0 and Web 3.0 technologies. With about 2,300 PetaBytes in storage and over 7,000 nodes, it ensures data redundancy and security with low-costing storage options. CRU tokens facilitate staking, storage collateral, transaction fees, and governance. Crust's MPoW mechanism encourages public mining participation without expensive hardware, aiming to advance further network integration and support future decentralized applications.