DIVA Protocol
  • 👋Welcome
  • 🔅Introduction
    • Derivative contracts
    • What is DIVA Protocol
      • What problem does it solve
      • How it works
        • Reference assets
        • Payoff curves
        • Collateral
        • Oracles
        • Settlement
          • Timelines
          • Challenge
          • Status
          • Fast settlement
          • Fallback data provider
        • Fees
        • Compliance feature
      • Vision
      • Terminology
    • What is DIVA Token
      • Owner election mechanism
      • Token distribution
    • DIVA Development Fund
    • FAQ
  • 🌈DIVA App
    • What is DIVA App
    • Overview
    • Create position tokens
    • Trade position tokens
    • Add liquidity
    • Remove liquidity
  • ⚙️Guides
    • DIVA App Training
      • Prepare
      • Testnet
      • Create
      • Trade
      • Add
      • Remove
      • Settle
      • Redeem
      • Fees
    • Quiz
  • 🪄Use cases
    • Overview
    • Insurance
      • Credit default protection
      • Agrarian insurance
      • DeFi Hack insurance
      • Peg insurance
    • Yield optimization
      • Bullish accumulation
      • Bearish accumulation
    • Risk management
      • Downside protection
      • Increasing cost protection
    • Directional bets
      • Downside bet
      • "Bottom-Is-In" bet
      • Upside bet
      • "Top-Is-In" bet
    • Leverage
  • 👨‍🎓Pricing derivatives
    • Introduction
    • Underlying value
    • Volatility
    • Time
  • ⚓Oracle integrations
    • Overview
    • Tellor
  • ⚒️For developers
    • Overview
    • Technical resources
    • Smart contracts
      • Functions
        • Core protocol functions
        • Getter functions
        • Setter functions
        • ABI
      • Contract addresses
      • Example scripts
    • TheGraph
      • DIVA subgraphs
      • Whitelist subgraph
    • Project ideas
  • 📱Contact & Media Links
    • Social media
  • 👨‍🎓Technical Blog
    • Flash loans in DIVA Protocol
    • NDVI outcome reporting guide for Tellor Reporters
    • Enabling capital efficiency in DeFi
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On this page
  1. Introduction
  2. What is DIVA Protocol
  3. How it works

Oracles

Choose any oracle for outcome reporting

PreviousCollateralNextSettlement

Last updated 1 year ago

Contingent pools require one data input - the observed value of the reference asset at the specified expiry time - following pool expiration to determine the payoffs for long and short position tokens. This data is provided by an oracle (a.k.a "data provider"), which is specified by the user at the time of pool creation.

DIVA Protocol has been designed to be oracle agnostic, giving users the freedom to configure the oracle according to their specific setup. This includes the option to use trusted individual accounts (an "EOA"), multisigs, existing decentralized oracle solutions like , Chainlink, DIA, as well as custom oracle smart contracts.

Refer to the section to see the available oracles that can be used for secure and trustless outcome reporting.

🔅
Tellor
Oracle Integrations