Treehouse Protocol
  • The Decentralized Fixed Income Layer
  • Overview
    • Treehouse Architecture
    • Key Terms
    • Learning Resources
    • Technical Whitepaper
    • Support and Community
  • tETH
    • Introduction
    • Architecture
      • Yield Optimization
      • Gas Optimization
      • Token Accounting
      • Deployment Process
      • Redemption Process
      • Safety Mechanisms
      • Profitability Assessments
    • Risks
      • Counterparty Risks
      • Liquidity Risks
      • Oracle Risks
      • Overutilization Risks
      • Regulatory Risks
      • Smart Contract Risks
    • Security
      • Audits
      • Bug Bounty
    • User Guides
      • How to Deposit
      • How to Withdraw
        • Below Redemption Band
          • Swap
          • Fast Redemption
        • Above Redemption Band
          • Normal Redemption
          • Fast Redemption
      • How to LP
      • Referral System
      • How to Bridge
    • Key Addresses
  • DOR
    • Introduction
    • Key Design Principles
    • Stakeholders
      • Checks & Balances
    • Consensus Mechanism
    • Payout Mechanism
      • Panelist Pool
      • Delegator Pool
      • Payout Example
      • Payout in DORs with Multiple Tenors
    • Slashing Mechanism
      • Slashing Formula
      • Distribution of Slashed Tokens
      • Slashing in DORs with Multiple Tenors
      • Exceptional Cases
    • Glossary
    • Applications
    • Appendix
  • TESR
    • Treehouse Ethereum Staking Rate (TESR)
    • Ethereum’s Proof of Stake (PoS) Mechanism
      • Consensus Layer Rewards
        • Attestation Rewards
        • Sync Committee Rewards
        • Proposer Rewards
      • Execution Layer Rewards
        • Priority Fees/Tips
        • Maximal Extractable Value (MEV) Bribes
    • Observation Period
    • Publication Time
    • Index Calculation
    • Data Precision
    • Disruptive Events To Index Calculations
      • Ethereum Fails to Finalize Blocks
      • Changes to the Staking Reward Mechanism
      • Too Few Validators
    • Pre-publication Reliability Checks
      • Rate Volatility Check
      • TESR Component Sanity Data Check
    • Governance
      • Rate and Methodology Adjustments
      • Monitoring
      • Cessation
      • Licensing and Distribution
    • Data Sources
    • Decentralization
      • How Consensus is Reached?
    • Get Published Rates
      • API
      • Smart Contract
  • DOR Panelist Terminal
    • Panelist Submission Guide
  • TELR
    • Treehouse Ethereum Lending Rate (TELR)
  • Methodology
  • Data Sources
  • Market Exclusion Criteria
  • Weighting Scheme
  • Update Frequency
  • Get Published Rates
    • API
  • TEBR
    • Treehouse Ethereum Borrowing Rate (TEBR)
  • Methodology
  • Data Sources
  • Market Inclusion Criteria
  • Weighting Scheme
  • Update Frequency
  • Get Published Rates
    • API
  • About Us
    • Road to Decentralization
    • Build With Us
  • Legal
    • Privacy Policy
    • Terms of Service
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  1. TELR

Treehouse Ethereum Lending Rate (TELR)

Treehouse Ethereum Lending Rate (TELR) is a market-driven interest rate that reflects the cost of supplying liquidity across major Ethereum lending protocols. By aggregating lending rates across leading protocols, TELR serves as a benchmark for capital efficiency, helping protocols, traders, and risk managers assess real-time market conditions and optimize yield strategies.

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Last updated 6 days ago