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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  • What is UTN?
  • Core Components
  1. Ecosystem

Ubiquitous Trust Network (UTN)

An intelligent, decentralized service layer for trusted interaction across blockchains.

The Ubiquitous Trust Network (UTN) is the core intelligent coordination layer within the Akashic architecture. It is designed to orchestrate decentralized services, establish cross-chain trust, and enable seamless collaboration between users, agents, assets, and systems in a heterogeneous blockchain environment.

While Akashic Chain provides the foundational infrastructure (consensus, cross-chain communication, staking, security), UTN is the intelligent layer that gives meaning, behavior, and trust coordination to Web3 services. It transforms fragmented chains into a unified, programmable service economy.

What is UTN?

UTN is a decentralized, composable service layer that enables:

  • Cross-chain service invocation and composition

  • AI-driven intelligent agents to act on users' behalf

  • Privacy-preserving computation (via FHE)

  • Dynamic service validation through DDVS

  • Trust scoring, arbitration, and service-level governance

In essence, UTN is not a blockchain, but a network of autonomous service protocols that run atop blockchains enabling coordination, communication, and computation without centralized intermediaries.

Core Components

1. Intelligent Service Agents

Autonomous agents that interact with smart contracts, protocols, or off-chain APIs on behalf of users, businesses, or applications. Agents can perform:

  • Portfolio management (DeFi)

  • Cross-chain asset routing

  • RWA onboarding or verification

  • AI-driven task execution (e.g. prediction, recommendation)

Agents are governed by deterministic logic and verified via DDVS nodes.

2. Decentralized Distributed Validation Services (DDVS)

A trustless validation system responsible for verifying agent behavior, service integrity, and state transitions across networks.

  • Distributed validator nodes assess whether services meet agreed-upon protocols

  • Replaces traditional oracles and centralized APIs

  • Fully composable with CMQ and restaking incentives

3. Cross-chain Message Queue Protocol (CMq)

Enables secure and asynchronous communication between services across different chains.

  • Guarantees message delivery, order, and execution validation

  • Powers interactions between services deployed on Ethereum, BNB Chain, Solana, etc.

  • Integrated with UTN for multi-hop trust paths

4. Full Homomorphic Encryption (FHE)

Enables private data computation without decryption.

  • User requests, identities, and preferences remain encrypted

  • Agents can execute logic without revealing sensitive information

  • Supports regulated sectors like healthcare, finance, and government

5. Service Composition Engine

Allows UTN to build modular, reusable, interoperable services using:

  • On-chain functions

  • Off-chain data

  • Agent logic

  • Token-based service APIs

UTN becomes a service layer protocol, not just infrastructure.

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Last updated 15 days ago