Lumoz Docs
  • Introduction
    • Welcome to Lumoz
    • Understand Lumoz
      • Modular AI Computing Network
      • Nodes
    • Lumoz Chain
    • Bridge
  • Lumoz Decentralized AI
    • Overview
    • Architecture
    • Computational Resource Management
    • Use Cases
    • Chat with Lumoz Decentralized AI
      • Plan
  • AI Agents
    • Overview
    • How Lumoz TEE Works
    • The Core Architecture Design
    • Lumoz AI Agent Framework
  • Compute Node
    • Compute Node
      • Why Compute Node
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      • Rewards
    • Setup Compute Node
  • Rollup as a Service
    • Overview
    • Lumoz RaaS Stack
    • Rollups Built with Lumoz
  • Verifier
    • Verifer Node Explained
      • Why Verifier Node
      • How do Verifier Node Work
      • License
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      • Who can run a node?
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          • 1. Initialize a Node
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            • Run with CLI
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          • 3. Update Node Information(optional)
      • FAQ
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      • Staking Guide
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    • Risk Notice and Disclaimer of Lumoz Verifier Node Sale
  • Roadmap
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  • Technical Reference
    • Lumoz ZK-PoW
      • ZKP Two-Step Submission
    • Cross-Rollup Communication
      • Prerequisits and Compatibility
      • Process of Native Cross-Rollup Transactions
  • Glossary
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  1. AI Agents

Overview

With the development of Web3, decentralized AI Agents have emerged as a key application. These agents operate autonomously without relying on centralized servers, handling user data and interacting with blockchain smart contracts. However, the openness and trustless nature of Web3 pose significant security challenges.

AI Agents demonstrate potential in Web3 applications, such as managing private keys, automating transactions, and supporting DAO operations. Yet, their shortcomings in trustworthiness and accountability deviate from core principles like decentralization and transparency. This limits their broader adoption and hinders future development.

To ensure a trustless system, Lumoz leverages Secure Enclave (Trusted Execution Environment, similar to Intel SGX) and an innovative key management mechanism. Secure Enclave provides robust hardware security guarantees, including the following features:

  • Data Confidentiality: All memory data is encrypted.

  • Execution Integrity: Even if an attacker gains control of the operating system or physical device, the correctness of the execution process remains intact.

  • Remote Attestation: Users can verify remotely that both hardware and software are operating within a secure environment.

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Last updated 4 months ago