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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
    • Telegram
    • Discord
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On this page
  • DePHY DID
  • Messaging Layer
  • Liquidity Layer
  • Verification Layer
  • DePHY Node
  1. Introduction

Key features

PreviousWhat is DePHYNextArchitecture

Last updated 2 months ago

DePHY DID

DePHY ID implements a robust DID (Device Identifier) system for access control in IoT device interactions. This comprehensive system enables secure device-to-device communication across decentralized networks while providing signature-based message authentication that ensures traceability and integrity proofs. Through its verifiable identity management approach, the system significantly reduces trust costs, making it an efficient solution for large-scale IoT deployments.

Messaging Layer

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.

Liquidity Layer

Coming soon.

Verification Layer

Verification layer represents a breakthrough in hardware validation for DePIN networks. This mechanism combines hardware attestation, performance metrics, and behavioral analysis to verify that participating devices are genuine physical infrastructure components rather than virtual simulations. By continuously monitoring device characteristics and operational patterns, the system maintains a high degree of confidence in the authenticity of network participants.

DePHY Node

DePHY Nodes serve as the critical infrastructure backbone of the network, enabling secure and decentralized communication between DePIN devices and the Solana blockchain.

DePHY ID [Coming Soon]
Messaging layer 🔥
Verification layer