Akashic
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  • Akashic
  • Empower
  • Ecosystem
    • Ubiquitous Trust Network (UTN)
      • Cross-chain service interaction
      • AI-driven Agents
      • Private Computation
      • Decentralized Verification
      • Programmable Trust and Governance
    • DeFi
      • Principle of Restaking Agreement
        • Robust Security
        • Adaptability
        • Trust and Reliability
        • Economic Sustainability
        • Support for High-Value and Complex Transactions
        • Interoperability Support
      • Principle of the Proof-of-Work (PoW) Mechanism in Akashic Blockchain
        • Core Principles of Proof-of-Work Mechanism
        • Objectives of Proof-of-Work in Akashic
        • Technical Framework of Proof-of-Work
        • Advantages of PoW in Akashic
        • Use Cases of PoW in Akashic Ecosystem
        • Challenges and Akashic’s Solutions
    • NFTs
    • GameFi
    • Nodes
      • Roles of Nodes in Akashic Blockchain
      • Operational Logic of Nodes
      • Architectural Structure of Akashic Nodes
      • Scalability and Decentralization
      • Benefits of Akashic’s Node Logic and Structure
      • Node Use Cases in Akashic’s Ecosystem
    • Application
      • Advanced Artificial Intelligence Systems
      • Distributed Computing Resource Infrastructure
      • Cross-chain Solutions
      • Web3.0 and DDVS Expansion
      • Investment and Asset Management
      • Virtual Machines
      • Integration with Real-world Assets
      • Automated Market Makers (AMM)
  • Core Tech
    • 12 Core Technical Strengths
      • TSS-Based Cross-Chain Communication
      • Multi-Mode Token Issuance
      • Five Transaction Methods
      • Hybrid Swap Pool Model
      • Decentralized Staking (DVS)
      • Super EVM Architecture
      • Parallel Chain Deployment
      • Zero Gas Incentive
      • Dual Address Structure
      • Native + Standard Swap Protocols
      • Dual Blockchain Explorers
      • Full Homomorphic Encryption (FHE)
  • Why AKC
    • Interoperability
    • Developer-Centric
    • User Experience
    • Built
  • Tokenomics
    • Token Distribution
    • Use Cases
    • Utility & Value
  • RoadMap
    • Development
  • Stay Connect
  • FAQ
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On this page
  • What Can Agents Do?
  • How They Work
  1. Ecosystem
  2. Ubiquitous Trust Network (UTN)

AI-driven Agents

Autonomous service agents that operate on behalf of users and applications.

Within the UTN (Ubiquitous Trust Network) framework, AI-driven agents are a key innovation. These are decentralized software entities that can act independently based on user instructions, real-time data, and programmable conditions automating complex interactions across blockchains and services.

They are the “smart actors” of Web3, reducing user friction, unlocking cross-chain intelligence, and enabling new forms of autonomous dApps.

What Can Agents Do?

  • Execute multi-step tasks Agents can handle complex workflows like swapping tokens, claiming rewards, or interacting with multiple DeFi protocols.

  • Cross-chain routing Automatically move assets or data across chains, using CMq and DDVS for secure verification.

  • Real-time monitoring & response Detect on-chain events (e.g., liquidation thresholds, NFT listings, or token price changes) and act immediately.

  • User delegation Users can assign intents or conditions (e.g., “buy token X when price drops”) the agent acts accordingly without constant manual input.

How They Work

  • Deployable as smart modules Agents live on-chain or in distributed runtime environments, triggered by blockchain events or external data.

  • Governed by deterministic logic All agent actions are governed by open, auditable logic ensuring trust and predictability.

  • Verified by DDVS Agent behaviors are validated by Decentralized Distributed Validation Services, ensuring they perform as expected.

  • Privacy-aware With Full Homomorphic Encryption (FHE), agents can compute on private data without ever accessing the raw values.

PreviousCross-chain service interactionNextPrivate Computation

Last updated 15 days ago