IPOR Protocol
  • The IPOR Protocol Documentation
  • IPOR Protocol V2
  • Research / Whitepapers
    • Conceptual Whitepaper
  • Audits
  • Community Links
  • IPOR Protocol Roadmap
  • IPOR FAQ
    • About the IPOR Protocol
    • Using the IPOR Protocol
    • Liquidity Mining
    • Swaps VS Perps
    • $FUSN Snapshot
  • About IPOR
    • Who Uses IPOR and for What?
    • Why IPOR?
    • IPOR Manifesto
  • IPOR Fusion ⚛️
    • Fusion Introduction
      • Defragmenting DeFi Yield
    • Why Fusion?
    • Users
    • Use Cases
    • Architecture Overview
      • Atomists
      • Alphas
    • Vaults
      • Access Management
    • Fuses
    • Security
      • For Liquidity Providers
      • For Vault Owners
      • Testing
    • Open-source Repository
    • Aragon Integration
  • IPOR Index
    • What is the IPOR Index
    • Working with the IPOR Index
    • IPOR stETH Index
  • Interest Rate Derivatives
    • Interest Rate Derivative
    • Index Calculation
    • IPOR Publication
    • IBT
    • Indicative Term Sheet
  • Automated Market Maker
    • The Automated Market Maker
    • Liquidity Provisioning
    • IPOR Swaps
      • Hedging example with Morpho protocol
    • Spread
      • Math behind the demand spread
    • Risk oracle
    • SOAP
    • Liquidations
    • Asset Management
  • Tokenomics
    • IPOR Token
    • Token distribution model
    • Power IPOR
    • Liquidity mining
      • Math behind the rewards contract
    • Power Token Liquidity Mining for Developers
  • IPOR DAO
    • IPOR DAO Governance
      • Discord - All Channels
      • Discord - Open Governance Forum
      • Discord - Formal Governance
      • Snapshot - Formal Governance
      • Governing Multisig wallets
    • Decentralizing IPOR
      • Configuration Parameters
  • Developers Docs
    • Fusion
      • Developing а Fuse
      • Configuring Pre-hooks
    • Deployed Contracts
      • Ethereum
      • Arbitrum
      • Base
    • Working with IPOR Router
    • ABI
    • V2 changes
    • IPOR Oracle
    • Vault Wrapper
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  • The IPOR Index(or indices)
  • Liquidity Pools and AMMs
  • Derivative Contract and Swap
  • IPOR DAO

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The IPOR Protocol Documentation

NextIPOR Protocol V2

Last updated 1 year ago

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IPOR refers to a set of protocols, smart contracts, and software that forms a set of Decentralized Applications (DApps) for Decentralized Finance (DeFi) focused on interest rate derivatives. The core IPOR infrastructure consists of three main parts: the IPOR Index (Index), Liquidity Pools with an Automated Market Maker (AMM), and Asset Management smart contracts. The first type of interest rate derivatives supported by the AMM are Interest Rate Swaps (Swap or IRS). The system also incorporates a Decentralized Autonomous Organization (DAO) and a Treasury in the spirit of decentralization.

The IPOR Index(or indices)

The IPOR Index is a benchmark reference interest rate sourced from other DeFi credit protocols and is published on-chain based on the . This component is the cornerstone of the IPOR protocol. In fact, there will be multiple IPOR Indices representing the risk-free interest rate for a corresponding asset, such as IPOR USDT, IPOR USDC, IPOR DAI, IPOR ETH, and so on. There will also be time-based rates such as IPOR USDC 1M, 3M, 6M, and so on for each asset as the yield curve develops.

Risk-free rates in credit markets have long been a cornerstone of financial markets. This is why the IPOR can be referred to as "." The value of a benchmark rate comes from its ability to synthesize the credit markets into a single metric and serves as a public good upon which derivatives, financial instruments, and deals can be structured. The IPOR's value will depend on both the quantity and quality of assets based on the indices. The IPOR DAO will govern the evolution of the indices as public goods, which provide market transparency and utility.

Liquidity Pools and AMMs

The Liquidity Pools and AMM work together to form a collective community counterpart for trades. Decentralized depositors can earn a yield on deposits by providing a trade counterpart for market participants. In exchange, the liquidity providers receive a proportional share of net contract payouts, contract fees, and a leveraged risk-free return from the money markets.

The AMM is a dynamic pricing mechanism that takes into account the current IPOR Index rate of a given asset and a number of market-driven data to price the instruments, and it sets the price proportional to the demand. The function of the AMM’s dynamic pricing is to manage the risk of the LP.

Derivative Contract and Swap

The derivative contracts are based on the IPOR rate and the AMM pricing to open a derivative contract between a market participant and the pool. The contract manages the agreement between the market participant and the LP and, once closed, allocates the parties the corresponding contract payoff.

The first IPOR derivative is an interest rate swap that allows a market participant to Pay the fixed rate and Receive the floating rate (Payer) or Receive the fixed rate and pay the floating rate (Receiver). Interest rate swaps are some of the most widely traded derivatives in traditional markets, accounting for around ⅔ of the global derivatives market value (~$10.5t), as they provide stability by allowing borrowers and lenders to control costs and forecast income.

IPOR DAO

The IPOR DAO is intended to be a fully on-chain governance mechanism that allows community token holders to make decisions about the protocol with respect to development, maintenance, updates, proceeds, and finances.

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