HelloZeroNet/ZeroNet
ZeroNet
ZeroNet is a decentralized web browser and server that enables the hosting and accessing of websites without central servers. It functions as a peer-to-peer content distribution network that utilizes BitTorrent and Bitcoin cryptography to replicate and share site data across a distributed network of users.
The system emphasizes censorship-resistant publishing and privacy through the integration of hidden services to anonymize network traffic. Site identity and content updates are managed via a cryptographic system using public-key pairs instead of centralized account passwords.
The platform covers broad capability areas including decentralized website hosting, distributed content verification, and the synchronization of peer databases. It also provides tools for encrypting peer connections and masking network addresses to ensure user privacy.
Features
- Decentralized Web Browsers - Provides a decentralized web browser and server that hosts and accesses websites without central servers using P2P technology.
- BitTorrent and File Sharing - Uses BitTorrent protocols to replicate and distribute static website files across a peer-to-peer network.
- Censorship Resistant Publishing - Enables sharing of websites that cannot be taken down by a single authority through distributed storage.
- Data Integrity Verification - Verifies the integrity of website updates by matching file hashes against a signed manifest.
- Decentralized Content Distribution - Distributes website content across a peer network using cryptographic signatures to ensure availability.
- Decentralized Naming Systems - Implements a decentralized naming system mapping website identifiers to Bitcoin addresses for peer discovery.
- Decentralized Website Hosting - Hosts websites across a peer network using BitTorrent and Bitcoin cryptography to remove central servers.
- Peer-to-Peer Clients - Allows users to browse and access decentralized web content by connecting directly to other peers.
- Distributed Database Synchronization - Synchronize data across a peer network using a built-in server to improve page load times.
- Peer-to-Peer Distribution Protocols - Implements a peer-to-peer content distribution network for hosting static sites and databases with cryptographic integrity.
- Peer-to-Peer Networking - Connects users directly to exchange and render web content without using traditional web hosts.
- Cryptographic Hash Verifiers - Ensures website data integrity by verifying downloaded files against a signed manifest of cryptographic hashes.
- Identity & Key Management - Utilizes cryptographic key pairs to manage site identity and authorize content updates without a central registry.
- Identity Management - Secures site ownership and authorizes content changes using cryptographic keys instead of traditional passwords.
- Signature Verification Tools - Uses cryptographic signature verification to ensure that website updates and files remain authentic.
- BitTorrent Engines - Acts as a distributed content delivery system using BitTorrent engines to replicate website files.
- Traffic Anonymization - Increases user privacy by obscuring network traffic and node identities within the peer-to-peer network.
- Anonymity Network Routing - Masks user network addresses by routing peer-to-peer connections through anonymity networks like Tor.
- Peer Communication Security - Secures data transfers between peers using encryption to prevent unauthorized interception.
- Privacy Browsing Tools - Provides a browsing environment that masks network addresses to protect user identity.
- Internet Services - Platform for uncensorable websites using cryptography and P2P networks.
- Media and Communication - Hosts decentralized websites using P2P networks.
