Thales Protocol Documentation
  • ℹ️Introduction to Thales Protocol
  • πŸ—οΈFoundational Architecture of Thales
  • ❔Frequently Asked Questions (FAQ)
  • πŸ“œThe Story of Thales from Miletus
  • πŸ› οΈFor Developers
  • ⚽Thales Sports Markets
    • Revolutionizing Sports Markets
    • Thales Sports Markets Architecture
      • Game Market Smart Contract
      • SportsAMM Smart Contract
      • ParlayAMM Smart Contract
      • Liquidity Providing Smart Contracts
    • Singles Market Making
    • Parlays Market Making
    • Onchain Sports Odds
    • Sports Markets Liquidity Providing
    • Sports Markets Integration
  • πŸ“ˆThales Digital Options
    • Introduction to Thales Digital Options
    • Mechanics of Tokenized Digital Options
    • How Thales AMM works
    • Digital Options Liquidity Providing
    • Digital Options Integration
  • ⚑Thales Speed Markets
    • Introduction to Speed Markets
    • Chained Speed Markets
    • Speed Markets Integration
    • Speed Markets Trading Guide
    • Speed Market Deposit Guides
      • Deposit USDC from Coinbase
      • Deposit from Binance Mobile App
      • Deposit from Binance Website
  • πŸ”΅THALES Token
    • THALES Token Info
    • THALES Token Distribution
    • Staking Guide
    • Automate staking with Chainlink Automation
    • Automate staking with Gelato Functions
    • Real Yield
  • βš–οΈGovernance
    • Thales Governance Structure
    • Thales Improvement Proposals (TIPs)
  • Links
    • Thales Protocol Blog
    • Thales Protocol Discord
    • Thales Protocol Twitter
  • πŸ—ƒοΈResources
    • Thales Protocol Smart Contract List
    • Thales Media Kit
    • Thales Whitepaper (2021)
    • Smart Contract Audits
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  1. Thales Digital Options

Introduction to Thales Digital Options

Digital Options allow traders to profit from correct predictions on the future price of an asset. They are based on a statement with only two possible outcomes – yes or no – and enable you to speculate on the likelihood of the event occurring before the option expires.

Digital options work by offering two possible outcomes from any given trade: if your prediction is correct, you generate a profit. If you’re incorrect, you lose premium paid. The maximum potential profit or loss are defined before the trade is placed. These maximum amounts depend on factors like the premium you pay, distance to strike price, distance to strike date and the volatility index of the underlying asset.

Example of a Digital Option market: Market: Will the price of Bitcoin be UP or DOWN from $50,000 on January 1st 2025 08:00UTC?

Price per UP option: $0.53 ( Potential profit +88.6%) Price per DOWN option $0.47 (Potential profit +112.7%)

  • If Bitcoin is ABOVE $50,000 on January 1st 2025 08:00UTC, each UP option purchased will be worth $1 from initial 0.53$, netting +88.6% profit. Every DOWN option will be worth $0.

  • If Bitcoin is ABOVE $50,000 on January 1st 2025 08:00UTC, each DOWN option will be worth $1 from initial 0.47$, netting +112.7% profit. Every UP option will be worth $0.

Benefits of Digital Options:

  • Easy to understand and relatable model.

  • Limited risk environment with capped downside (no risk of liquidation on long calls).

  • Near expiry a great amount of leverage.

  • Flexibility to choose Strike Price and Strike Date.

  • Potential max losses known before executing the trade, allows for easy risk management.

Thales Digital Options use this concept to provide permissionless, fully collateralized, non-custodial on-chain Digital Options trading experience.

Thales provides simple UP/DOWN options as well as IN/OUT price range Digital Options. The underlying Thales AMM offers on-demand liquidity for these options by using distance to strike price, distance to strike date and the volatility index variables of each market to algorithmically price the options.

Last updated 1 year ago

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