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P2P FRAMEWORK Private communication, encrypted shared spaces, and route emergence from inside the same secret context.

1 starsRust

Ouroboros – Post-quantum P2P messenger with zero servers

Name: Ouroboros – Post-quantum P2P messenger with zero servers
Availability: InStock
Author: OmarPrampolini

by OmarPrampolini·Mar 5, 2026·1 point·1 comment

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AI Analysis

●●●BangerWizardryBold BetZero to One

Serverless P2P messenger with deterministic rendezvous—no coordination infrastructure needed at all.

Strengths

•Genuine architecture innovation: passphrase derives identical network parameters on both sides, eliminating rendezvous servers entirely
•Post-quantum hybrid cryptography (Kyber1024) future-proofs against quantum threat
•ICE multipath + Tor fallback handles NAT traversal without revealing IP or relying on STUN servers

Weaknesses

•Early stage (v0.1.0) with experimental DPI evasion; unclear production readiness or battle-testing
•Threat model assumes passphrase sharing is safe, but no built-in key agreement protocol for cold start scenarios

Post Description

After watching too many "privacy" apps get subpoenaed or shut down, I wanted a communication tool that literally cannot be shut down because it has no servers to seize. Ouroboros is a Rust-based P2P stack with two modes: 1. Live sessions: Two peers connect directly using just a shared passphrase. The passphrase deterministically generates identical network parameters on both sides, so they can find each other without any coordination server. 2. EtherSync spaces: Async file sharing and messaging in encrypted "spaces" that sync via gossip protocol when peers are online. Key features: - Post-quantum resistant (Kyber1024 hybrid) - Works through most NATs (ICE multipath + Tor fallback) - DPI evasion transports (experimental) - 0 dependencies on centralized infrastructure GitHub: https://github.com/omarsomaro/HANDSHAKE Would love feedback from anyone interested in P2P/decentralized systems!