FusionFi Protocol Docs
English
English
  • Overview
  • Basic Concepts
  • Architecture
    • Architectural Design
  • Architectural Roles
    • User
    • Agent
      • Agent Core Functions
      • Agent Application Scenarios
      • Agent Types
      • Conclusion
    • Note
      • Note Schema
      • Note Functions
      • Note Lifecycle
      • Note Application Scenarios
      • Conclusion
    • Settlement
      • Settlement Functions
      • Settlement Types
      • Conclusion
  • Development
    • Agent Blueprints
      • Basic Blueprint
        • Zero-Capital Arbitrage Agent
      • OrderBook Blueprint
      • AMM Blueprint
        • Custom Market-Making Algorithm
    • Use Case
      • Prepare
      • Basic Agent
      • OrderBook Agent
      • AMM Agent
    • JS-SDK
      • Basic Blueprint
      • OrderBook Blueprint
      • AMM Blueprint
  • resource
    • Links
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  1. Architecture

Architectural Design

The FusionFi protocol architecture design embodies the core principles of decentralized protocols: modularity, distribution, high scalability, and no performance bottlenecks. This architecture not only meets the needs of complex financial transactions but also provides strong technical support for the system's unlimited scalability.

1. Decentralization

  • The core idea of the architecture is to achieve distributed collaboration by decomposing system functions into independent roles (User, Agent, Note, Settlement).。

  • Each component is independent and interoperable, so it will avoid single points of failure and, therefore, enhance the system’s resilience.

2. Modularity

  • Agent, Note, and Settlement each undertake independent responsibilities:

    • Agent: Responsible for constructing and submitting notes.

    • Note: Responsible for defining conditions for transaction settlement and rules for asset transfer.

    • Settlement: Responsible for executing specific transaction settlement operations

  • This modular design allows each functional module to be independently optimized, scaled, or replaced without affecting each other.

3. Scalability

  • Each component of the system architecture can be scaled horizontally to support high-concurrency scenarios:

    • User/Agent Parallelization: The system supports an unlimited number of Users and Agents, achieving parallel processing through independently running Agents.

    • Settlement Scalability: Settlement can distribute workload by deploying multiple instances and segmenting different functions (such as focusing on different types of Note settlements), thereby supporting dynamic scaling.

  • Each component in the architecture is independent and interacts through standardized protocols (such as Note and Settlement interfaces) without sharing state and resources, thus avoiding performance bottlenecks.

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Last updated 6 months ago

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