Case Study
Case Study: Status

Decentralised peer-to-peer communication built for privacy and resilience.
Key Repositories:
Logos-delivery — Peer-to-peer transport layer with spam protection.
logos-chat — Library for private, end-to-end encrypted p2p chat.
Logos Messaging comprises two modules – Delivery and Chat – and has an active developer community with SDK implementations in several languages. It powers messaging in the Status application and is integrated into testnet.
Logos Messaging uses a peer-to-peer relay network where messages are propagated across nodes without a central broker. The protocol supports multiple messaging patterns: private one-to-one messaging, group messaging, and public broadcast channels for applications. Messages can be encrypted end-to-end, and the relay network is designed to resist traffic analysis — making it difficult for observers to determine who is communicating with whom, even if they can observe the network.
Logos Messaging provides the messaging layer for the Logos stack, letting applications send messages, relay data, and coordinate without relying on centralised servers or exposing metadata to surveillance.
It uses a peer-to-peer relay network in which messages propagate across nodes with no central broker, and it supports private one-to-one messaging, group messaging, and public broadcast channels.
Messages can be encrypted end-to-end, and the relay network is designed to resist traffic analysis, making it difficult for observers to determine who is communicating with whom.
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Case Study

Case Study

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Logos Builder Hub
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Install Basecamp
Download the app to start building.
The Logos technology stack is a unified ecosystem of distinct modules. The entire stack is modular so developers can assemble their own Logos-based platform with a different selection of modules.
The local-first launcher for the Logos stack, running all modules on your hardware from a unified interface.
Privacy-preserving file sharing and retrieval using content-addressed (CID-based) data.
Private, censorship-resistant communication between parties.
Privacy-preserving, decentralised compute and consensus.
LOGOS EXECUTION ZONE (LEZ)
PRIVATE PROOF-OF-STAKE CONSENSUS
Anyone can build pluggable modules that can communicate with each other over the same infrastructure.
This layer handles how Logos nodes find each other, establish connections, and communicate while preserving user privacy.
A runtime that handles the essential primitives every application needs: loading modules, managing their lifecycles, and letting them talk directly to each other in a secure way.
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