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
  • Overview
  • Tier
  1. Verifier

Node Tier

Overview

Running a Node client as a Node allows you to accept user staking of esMOZ. The amount of esMOZ staked by users will determine the current rank of the Node. Different ranks have varying reward probabilities.The following informational table denotes the amount of staked esMOZ per Node required to lift the licenses within that operator by a given Reward Multiplier (Reward Tier Threshold). It also denotes the associated adjustment to the baseline 1% probability for delegating to participate in a Verification Task (Reward Multiplier):

Tier

Tier
Reward Tier Threshold
Reward Multiplier

Iron

0

0

Bronze

10,000

1x

Silver

1,000,000

1.5x

Gold

2,000,000

2x

Platinum

4,000,000

3x

Diamond

8,000,000

7x

Iron: The default Tier is the initial level when a Node starts running, with a 0% probability of being selected to participate in validation tasks.

Bronze: When the esMOZ stake reaches 10k, the licenses delegated to the Node have a 1% probability of being selected to participate in validation tasks.

Silver: When the esMOZ stake reaches 1 million, the licenses delegated to the Node have a 1.5% probability of being selected to participate in validation tasks.

Gold: When the esMOZ stake reaches 2 million, the licenses delegated to the Node have a 2% probability of being selected to participate in validation tasks.

Platinum: When the esMOZ stake reaches 4 million, the licenses delegated to the Node have a 3% probability of being selected to participate in validation tasks.

Diamond: When the esMOZ stake reaches 8 million, the licenses delegated to the Node have a 7% probability of being selected to participate in validation tasks.

PreviousUnstaking GuideNextTime Cooldown

Last updated 9 months ago