Nebula Litepaper
  • 👉 Nebula Overview
    • Nebula Intro
      • What is Nebula?
      • The problem
  • Competitive Advantages
    • Innovative Collateralization with DEX LP Tokens
    • Cross-Chain
    • Yield Tranching Mechanism
    • Lending Pools
    • Smart Contract
    • Decentralized Governance
    • Community-Driven Governance
  • Comparison with Competitors (Expanded)
  • ⭐ Product Frature
    • User Roles
      • Supplier
      • Borrower
      • Governance & Participants
      • Developer
  • Protocol Architecture
    • Core Components
    • EVM Compatibility with Enhanced Security
    • Cross-Chain Interoperability via Nibiru’s IBC
    • Advanced Oracle Integration
    • Security
  • Nebula Product
    • Enhanced Liquidity(Upcoming)
    • Customizable Pool Creation
    • Cross-Chain CDP Contracts(Upcoming)
    • Yield Tranching(Upcoming)
  • Use Case(Sample)
  • ⭐ Tech Overview
    • Nebula Technology Overview
      • Consensus and Voting Mechanism
      • Validator-Based Oracle System
      • Risk Management and Security
        • Collateralization Requirements
        • Liquidation Mechanisms
        • Insurance Fund
        • Interest Rate Risk
        • Smart Contract Security
        • Market Risk
        • Governance Risk
        • Cross-Chain Risks
      • Interest Rate Model
        • Types of Interest Rates
        • Interest Rate Adjustments
        • Benefits of the Model
        • Example Scenarios
        • Governance Control
        • Competitive Advantage
      • Governance
        • Governance Framework
        • Token Utility in Governance
        • Governance Process
        • Key Governance Parameters
        • Governance Security
        • Governance Use Cases
        • Long-Term Decentralization
  • 💲Token
    • Token Utility
    • Tokenomics
    • Nebula Token Info
  • 💹GTM
    • Points System
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On this page
  • Liquidity Pools
  • Collateral System
  1. Protocol Architecture

Core Components

Liquidity Pools

  • Decentralized Liquidity Provisioning

    • Asset Pools: Users supply assets to decentralized smart contracts, each representing a distinct liquidity pool for a specific asset. This ensures no centralized control over liquidity.

    • Dynamic Interest Rates: Interest rates dynamically adjust using advanced algorithmic models enhanced by machine learning, based on real-time supply and demand metrics.

    • Risk Isolation: Each asset pool operates independently, minimizing systemic risks and preventing localized issues from affecting the entire protocol.

  • Technical Implementation

    • Smart Contract Management: Handles deposits, withdrawals, interest calculations, and borrower interactions.

    • Automated Market Making (AMM): Ensures continuous liquidity for deposits and withdrawals using AMM principles.

Collateral System

  • Diverse Collateral Types

    • Stablecoins: Options like USDC and USDT provide low-volatility collateral.

    • Liquid Staking Tokens (LSTs): Tokens like stETH and stATOM enable users to leverage staked assets while earning staking rewards.

    • Native Nibiru Assets: Includes the NIB token, aligning incentives with Nibiru's ecosystem.

  • Dynamic Collateralization Ratios

    • Real-Time Adjustments: Models analyze market data and asset volatility in real time to optimize capital efficiency and manage risks effectively.

  • Automated Risk Assessment

    • Borrower Profiling: Evaluates borrower profiles based on transaction history, collateral quality, and other data to adjust lending parameters.

    • Credit Scoring Mechanism: Assigns decentralized credit scores, influencing collateral requirements and interest rates.

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Last updated 5 days ago