Knowledge Base
Knowledge Base
  • GriffinAI. Executive Summary
  • The Integration Challenge of AI in Blockchain and Web 3.0
  • Griffin AI's Solution
  • Scope of AI Services
  • Network Participants and Contributors
    • Service Providers (SPs)
    • Client Providers (CPs)
    • Users
    • Trust Guardians
    • Code and Model Creators
    • Community Contributors
    • AI Agents
  • Overview Technical Architecture
  • Decentralized AI Network
    • Network Design and Functionality
      • Peer-to-Peer Network Operations
      • Data Handling and System Integrity
    • Distributed Database
    • Griffin Nodes
      • Full and Light Nodes
      • Node Architecture
      • Connectivity Layer
      • Functional Layer
      • Core Layer
  • Griffin Identity Management and Reputation System
    • Decentralized ID Registry
    • Managing Identity Verification
    • Service Discovery
    • Reputation System
    • Payment Orchestration
  • AI Agent Framework
    • Core concepts and definitions
    • Griffin AI Agent Structure
    • Blockchain Specific Toolsets and Frameworks
    • Distributed Agent Builder
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  1. Decentralized AI Network
  2. Griffin Nodes

Node Architecture

PreviousFull and Light NodesNextConnectivity Layer

Last updated 11 months ago

The design of the Full Nodes in the Griffin AI network is structured into three distinct layers: the Connectivity Layer, the Functional Layer, and the Core Layer. Each layer plays a critical role in the operation of the nodes, specifically designed to handle functions essential to the network's performance and to fulfill the intended purpose of the nodes. An overview of the structure of the node is depicted in the figure below.

Despite the diversity in the roles of node operators – such as Service Providers (SP), Client Providers (CP), and Guardians – the architecture across all full nodes is identical. Role specific requirements are implemented in dedicated modules within the Functional and Core layers.

Figure 2: Griffin Node Structure