HyperLend
  • HyperLend
  • → ESSENTIALS
    • What is HyperLend?
    • Why Hyperliquid EVM?
    • Add to Home Screen (Mobile App)
    • Key Features and Benefits
    • Partners
    • How to HyperLend?
      • ↪How to Lend on HyperLend
      • ↪ How to Borrow from HyperLend
      • ↪ How to Loop on HyperLend
      • ↪ How to Refer on HyperLend
      • ↪ How to Share your Yield in Style
      • ↪ How to Create a Proposal
  • → HyperLend
    • Core Components
    • Risks
    • Oracle
    • Points
    • Tokenization
    • Fees
    • Liquidations
    • HyperLoop
    • Referrals
    • Fees and Yield
    • Liquid Perpetual Positions
    • Liquid Hyperliquidity Provider (hHLP)
    • HyperLend Architecture
  • → HYPERTRACK
    • Introduction
    • Getting Started
    • Bot Functions
      • ↪ Watch Address
      • ↪ Remove Address
      • ↪ Liquidations Alert
      • ↪ Health Factor
      • ↪ Borrow Rate
      • ↪ Advanced Approach
    • FAQ
  • → DEVELOPER DOCUMENTATION
    • Introduction
    • API
    • Data & Indexers
    • SDK
    • Contract Addresses
    • Core Pools
      • ↪ pool
      • ↪ oracles
      • ↪ interest rate strategy
      • ↪ flash-loans
    • Isolated Pools
      • ↪ overview
      • ↪ key-concepts
      • ↪ liquidations
      • ↪ interest rates
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HyperLend Architecture

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Last updated 9 months ago

HyperLend's design centers around a lending pool where users can deposit and borrow cryptocurrency. The platform employs an algorithm to set interest rates based on supply and demand, ensuring competitive rates. It also offers flash loans, allowing users to borrow funds without collateral for short-term needs. Governance is decentralized, meaning users with tokens can vote on important decisions. Security is a top priority, with all smart contracts audited by third parties to protect user funds.

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