Phoenix
Phoenix
Phoenix
  • Phoenix white book
    • Phoenix
    • πŸ“‘Market
      • Problems faced by the market
      • Market opportunity
      • Phoenix market positioning and value proposition
    • Phoenix Overview
      • Core objectives:
      • Core technology
      • Ecosystems
      • Positioning (marketing)
      • Phoenix Vision and Mission
    • Phoenix Architecture
    • πŸ“²Core Module Operation Mechanism
      • System characteristics
    • Intelligent ecosystem core competencies
    • πŸ‘€Accelerating the Evolution of DePin
    • Phoenix's core innovation module
      • Core features
        • Decentralized Autonomy and Governance Optimization
      • Seamless multi-platform integration
        • RAG
    • 🌍Correlation between the core modules of Phoenix
    • πŸ’΅Token Economics
    • πŸ‘‘Eco-Partners
    • ☸️Development Roadmap
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  1. Phoenix white book

Core Module Operation Mechanism

PreviousPhoenix ArchitectureNextSystem characteristics

Last updated 3 months ago

Through this modularized architecture, Phoenix provides developers with a powerful tool chain and a flexible development environment, enabling DePin to become a core participant in the Web3 ecosystem. Its application scope covers a variety of fields such as on-chain governance optimization, automated trading assistance, social network integration, etc., which comprehensively promotes the landing and prosperity of the Web3 new economy.

DePin engine is the core module of Phoenix, which is responsible for coordinating runtime task scheduling, module management and resource allocation of intelligences, and realizing flexible expansion and complex task adaptation through modular design. Its core functions include multi-threaded task execution and efficient resource management for DePin, providing stable support for rapid deployment in decentralized environments; the role system defines the behavioral roles of intelligences and loads specific functional modules to realize personalized solutions; the memory manager integrates short-term and long-term memories and provides contextual memory capabilities to optimize task performance and future knowledge recall; and the action system supports automated task execution and seamless multi-platform execution. The Action System supports automated task execution and seamless multi-platform integration, expanding application scenarios to mainstream platforms such as social media and exchanges.

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