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  • Introduction
    • What is DePHY
    • Key features
    • Architecture
  • Components
    • Messaging layer 🔥
      • Data Pub-Sub
      • Solana Integration
      • RPC Call
      • RPC Endpoints
      • Best Practices
      • Verifiable logs
    • DePHY ID [Coming Soon]
      • Register products
      • Mint DID
      • Use DID as token gate (access control)
      • Extentions
      • Build with DePHY ID
      • Hardware integration and attestation
    • Liquidity layer
      • Stake Pool
      • Yield Pool
      • PayFi Pool
    • Verification layer
      • Proof of real device
        • Integration
      • Proof of location
        • Integration
      • DePHY NCN (on Jito Restaking)
        • Integration
      • Trusted DePIN network map
        • Integration
  • Tutorials 🔥
    • Build a Hello World (Rust)
    • Build a Hello World (TypeScript)
    • Build a DeCharge Machine
    • Build a Gacha Machine
    • Build a LLM Proxy
  • Service Mesh
    • AI MCP Services
      • About MCP
      • How to Enable DePHY MCP Server
      • How to use DePHY MCP
  • DePHY Node 🕹️
    • Get a DePHY Node
    • Set Up a DePHY Node
    • Migration From Testnet1 to Testnet2
    • Node Setup FAQ
  • Resources
    • Blog
    • GitHub
    • X
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    • Discord
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  1. Components

Messaging layer 🔥

PreviousArchitectureNextData Pub-Sub

Last updated 1 month ago

The Messaging Layer is an event-driven communication system that provides efficient and reliable support for distributed device management and payment interactions. Leveraging a decentralized messaging protocol (Nostr) and blockchain technology (Solana) enables real-time device state synchronization, payment validation, and system scalability.

It functions as an event bus built on a federated P2P network architecture, providing:

  • Efficient communication between decentralized components through relay nodes that optimize network performance and reduce latency

  • Comprehensive event sourcing and logging mechanisms that record all component operations and potential malicious behavior in an immutable format

  • Enhanced transparency through sequential messaging and state reconstruction capabilities, reducing slashing risks through verifiable audit trails

  • Resolution of connectivity challenges in P2P and HTTP RPC systems through:

    • Dynamic topology adjustment for latency optimization

    • Automated device discovery and hierarchical indexing

    • Caching and route optimization at relay nodes

    • Support for both automated discovery and manual specification for critical interactions


To set up your first DePHY app, we highly recommend following our tutorials:

Tutorials 🔥