VS1984 · Decentralized Anonymous Content Network · P2P · E2E encryption
VS1984
Decentralized Anonymous Content Network
VS1984 lets content flow securely over a P2P network: end-to-end encryption, on-chain identity and certificate pinning, with no central server and strong censorship resistance. Built for creators, communities and privacy-first applications.
Core: C · libuv · LevelDB · OpenSSL · VS1984 Protocol
Why build on VS1984?
VS1984 is designed from the protocol layer up with anonymity, censorship resistance and verifiable work as first-class goals — not add-ons to a centralized platform.
Self-hostable · Anonymity · Ideal for node operators and SDK integration
Decentralized · No Single Point of Failure
Content is propagated directly between peers over a P2P network. There is no central server or single choke point for takedowns.
Guard ID / Real ID Model
Public routing uses a Guard ID, while settlement and accounting use a Real ID. The two are decoupled at the protocol level to reduce on-chain traceability.
On-chain Certificate Pinning & Proofs
VS1984 issues TLS certificates for clients and records their fingerprints on-chain. During handshake, peers verify the pin against the ledger to prevent MITM attacks.
Encrypted Content & Incentive Layer
Each content object is encrypted with its own key. Encrypted keys can be recorded on-chain for paid access, and nodes use a self-developed anti-parallel computing group signature mechanism without a mining arms race.
Join the VS1984 network
Download the desktop client / node, or integrate the VS1984 C SDK into your own backend. All releases are reproducibly built and verifiable.
Linux Ready · macOS/Windows Comming
Desktop Client & Full Node
CLI client for power users who publish/subscribe content and inspect routes and peers.
- • Connect anonymously via Guard ID
- • On-chain operations such as content upload
- • Encrypted text and voice communication
C SDK / libvs1984 / Intergrade DEMO
Embed the VS1984 protocol stack directly into your backend, gateway or embedded device.
- • Async networking built on libuv
- • TLS & ECC handshake with on-chain pin verification
- • LevelDB + MPT state storage
Technical Docs & Whitepaper
Deep dive into VS1984’s architecture, threat model, and the Guard/Real ID privacy model.
- • Protocol stack & routing design
- • Cryptography & anonymity analysis
- • System Characteristics and Future Prospects