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
      • How do Compute Nodes Work
      • 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
      • Rewards
    • Purchase Verifier Node
      • Purchase License
        • Buyback Guarantee
      • License Tiers
      • Invitation
      • FAQ
    • Setup Verifier Node
      • Who can run a node?
      • Requirements
      • Setup Node
        • Node as a Service
        • Build your own
          • 1. Initialize a Node
          • 2. Run the Node
            • Run with CLI
            • Run with Docker(recommended for multiple nodes)
          • 3. Update Node Information(optional)
      • FAQ
      • Troubleshooting
    • Delegate Licenses
      • Claim License
      • Delegate Guide
      • Undelegate Guide
    • Staking
      • Staking Guide
      • Unstaking Guide
    • Node Tier
    • Time Cooldown
    • Risk Notice and Disclaimer of Lumoz Verifier Node Sale
  • Roadmap
  • Tokenomics
    • Utility
    • Allocation & Distributions
    • Redemption
  • Contracts
  • Technical Reference
    • Lumoz ZK-PoW
      • ZKP Two-Step Submission
    • Cross-Rollup Communication
      • Prerequisits and Compatibility
      • Process of Native Cross-Rollup Transactions
  • Glossary
  • Resources
Powered by GitBook
On this page
  1. Verifier
  2. Verifer Node Explained

Why Verifier Node

Lumoz Protocol, as a pioneer in decentralized computing, undertakes the critical responsibility of managing the entire protocol's data input and output. We perform a series of precise operations on the data, including aggregation, computation, and validation, covering various fields such as blockchain transaction data and AI model training data. The processed data results are impartially published to the blockchain, ensuring transparency and fairness in data dissemination and providing a solid foundation for the healthy development of the entire ecosystem.

To ensure the security, accuracy, and decentralization of the data processing process and its results, Lumoz Protocol introduces a mechanism of verification nodes. The core mission of these nodes is to review and verify every step and outcome of data processing to safeguard the security and interests of user data. Data verified by verification nodes will be officially recorded on the blockchain. However, relying entirely on third-party verification systems still has limitations that may affect the fairness of network value distribution. Therefore, Lumoz actively advocates and promotes community participation in the verification process to enhance the network's self-regulatory capabilities.

Lumoz aims for a highly transparent, thoroughly decentralized, and censorship-resistant verification network. In such a network, at least two-thirds of the nodes should maintain integrity, accurately publish data, and have the ability to identify, report, and prevent improper data behavior. We are tirelessly advancing towards this goal and globally inviting community members to participate in the operation of verification nodes.

Looking ahead to the 2025, Lumoz's verification nodes will shoulder even greater responsibilities. They will serve as a universal verification protocol on the chain, providing data verification services to a wider range of enterprises and users and continuously creating value in the process. We will continue to optimize the responsibility allocation and functionality settings of verification nodes to enhance the efficiency and reliability of the entire network. Lumoz sincerely invites the global community to join hands with us in creating a more prosperous computing future.

PreviousVerifer Node ExplainedNextHow do Verifier Node Work

Last updated 3 months ago