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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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  1. Introduction

What is DePHY

DePHY Introduction

NextKey features

Last updated 1 month ago

The emergence of Decentralized Physical Infrastructure Networks (DePIN) represents a paradigm shift in how we approach infrastructure development and management. Traditional infrastructure systems are typically centralized, capital-intensive, and controlled by a small number of entities. DePIN introduces a new model where infrastructure deployment, maintenance, and operation are decentralized across numerous participants, incentivized through tokenization and blockchain technology.

DePHY has gained significant traction across various sectors, including telecommunications, energy distribution, data storage, and sensor networks. Our core innovation is the ability to coordinate and incentivize distributed infrastructure deployment without central coordination, leveraging blockchain technology's inherent properties of transparency, immutability, and programmable incentives.

Moreover, despite the promising potential, DePIN projects face significant challenges in achieving sustainable growth and efficient resource allocation. These challenges primarily stem from:

  • Limited access to efficient capital allocation mechanisms

  • Difficulty in maintaining long-term participant engagement

  • Lack of standardized protocols for cross-network interaction

  • Inefficient value capture and distribution methods

DePHY emerges as a response to these fundamental challenges, aiming to provide a comprehensive protocol layer that enables efficient financial mechanisms, sustainable growth, and enhanced network effects for DePIN projects.