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. AI Agent Framework

Blockchain Specific Toolsets and Frameworks

Griffin AI is dedicated to filling a significant gap in the AI agent market by developing frameworks tailored specifically for blockchain environments. While existing AI agent frameworks like , , , provide broad capabilities, they typically do not cater to the unique demands of blockchain applications. Griffin AI addresses this by enhancing the autonomy and functionality of AI Agents and Decentralized Applications (DApps) through specialized blockchain integration.

Integration with Blockchain Technology

The blockchain layer of Griffin AI is crucial for integrating AI agents with blockchain technology, focusing on enabling autonomous operations that are essential for DApps. This layer incorporates advanced smart contract capabilities which allow AI agents to autonomously execute transactions, such as acquiring data or accessing services from Large Language Models (LLMs) within Griffin AI. Essential functions like payment processing, account abstraction, and escrow account management are also integrated, facilitating the smooth operation of AI agents within the blockchain space.

Smart Contract Capabilities

The initial implementation of this blockchain integration layer establishes the foundation for AI agents and DAOs to interact seamlessly within the blockchain environment. The smart contracts central to this layer are designed to support a variety of blockchain interactions, enabling both autonomous and semi-autonomous behaviors. These contracts are crucial for initiating and executing service requests by on-chain entities, ensuring that AI agents operate effectively and securely within the blockchain framework.

Oracle Integration

Griffin AI is actively working on integrating leading oracle protocols to broaden the operational scope of its network. These oracles enable the importation of real-time data feeds and facilitate interactions with external systems, crucial for AI agents and DApps to make informed decisions based on up-to-date, real-world information. This integration enhances the ability of AI agents to automate processes and respond dynamically to changes in their operating environment.

Looking ahead, Griffin AI plans to broaden the application of smart contracts within its network. This expansion is expected to cover all major network activities, moving beyond basic functionalities like payments and oracle integration. The development will encompass service agreements, execution, and payment processes, representing a substantial advancement in the network's operational autonomy and efficiency.

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Last updated 11 months ago