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. Introduction

Welcome to Lumoz

What's Lumoz

Lumoz is the leading Modular AI Computing network, offering robust computing power and verification services for AI and ZK applications across chains with diverse architectures. It is dedicated to providing advanced zero-knowledge proof (ZKP) services, supporting the development of Rollup networks, and delivering substantial computational power for cutting-edge technologies such as artificial intelligence (AI). Committed to enhancing the efficiency and accessibility of zero-knowledge computation, Lumoz Protocol aims to provide an open and fair computing platform for a global audience.

Central to the Lumoz Protocol are two key components: Verifier Node and Compute Node. The Verifier Node is designed to verify zero-knowledge proofs for ZK and AI across multiple blockchains, necessitating its deployment across various chains. The other core part of the Lumoz Protocol is the Compute Node, which will be deployed on the Lumoz Chain. Utilizing a Proof of Work (PoW) algorithm, the Compute Node provides computational power for AI and ZK applications on different chains, generating ZK Proofs.

In response to the current challenges of high computational costs in the zero-knowledge computing field, Lumoz Protocol draws on its extensive experience in ZKP to innovate and optimize circuits and algorithms, significantly improving computational efficiency. This approach effectively tackles the issues of high costs and low efficiency that Rollup projects face, while also reducing the barriers for ordinary users to engage in the ZK computing market.

By harnessing the capabilities of both Verifier Node and Prover Node, Lumoz Protocol not only enhances the efficiency of zero-knowledge proof verification but also minimizes associated costs. This provides users and developers with a more cost-effective and efficient solution. With this innovative framework, Lumoz Protocol is advancing the frontiers of blockchain technology and paving the way for new possibilities in decentralized innovation.

NextUnderstand Lumoz

Last updated 3 months ago