PEM Project
  • Index
  • Abstract
  • 1. Project Background
    • 1.1 Overview of Blockchain and Cryptocurrency
    • 1.2 Growing Demand for AI Computing Power
    • 1.3 The Necessity of Constructing a Cloud Computing + Blockchain Network
  • 2. PemChain Overview
    • 2.1 Project Introduction
    • 2.2 Core Architecture
    • 2.3 Technical Features
    • 2.4 Ecosystem
  • 3. Blockchain Technology Applications
    • 3.1 Edge Cloud Computing Network
    • 3.2 Multi-chain nodes + Cloud computing clusters
    • 3.3 Cloud Computing Reward Mechanism
    • 3.4 Proof of Work Consensus Algorithm
    • 3.5 Consensus Mechanism
    • 3.6 Algorithm Advantages
    • 3.7 Smart Contracts
  • 4. PEM Token Issuance
  • 4.1 Issuance programme
  • 4.2 Token Value and Incentive Structure
  • 4.3 Economic Model Design
  • 5. Ecological Construction and Governance
    • 5.1. Ecological Construction Plan
    • 5.2. Community Governance Mechanism
    • 5.3. Incentive Mechanism Design
  • 6. PEM Coin Information
    • 6.1 Basic Information about PEM
    • 6.2 PEM Allocation
  • 7. Development Roadmap
  • 8. Team Information
  • 9. Disclaimer
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  1. 2. PemChain Overview

2.2 Core Architecture

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Last updated 6 months ago

PEM utilizes a multi-layer architecture, which from top to bottom mainly includes:

  • Top Layer Applications : Solidity smart contract language, decentralized applications (DApps), payment transactions.

  • API Interface Services : Providing HTTP, TCP-related interface RPC framework services.

  • Distributed Ledger : Including transactions, blocks, block verification tools, receipts, state data, and transaction pool-related information.

  • Virtual Machine (PVM): The core execution layer for smart contracts.

  • Consensus : A hybrid consensus mechanism that combines Proof of Work (PoW) and Byzantine Fault Tolerance (BFT) algorithms.

  • Network Services : Peer-to-peer node discovery and connection services, blockchain synchronization services.

  • Underlying Services : Database (levelDB, etc.), cryptography (elliptic curve algorithms, etc.), basic algorithms (MPT/Bloom/RLP, etc).