EPH AI
  • OVERVIEW
    • Introduction
    • Vision
    • Mission
    • Market problems
    • EPH AI Solutions
  • PRODUCT
    • Key features
      • Staking
      • Lending and earn
      • Renting and cashback
      • Referral Program
      • AI Builder
    • Technical Architecture
      • Blockchain Layer
      • AI Resource Layer
      • AI Model Layer
    • Use cases
      • For Node Providers
      • For Consumers
    • Security and privacy
  • TOKEN ECONOMY
    • Token economy
    • Token utility
    • Tokenomics
  • AFFILIATE STRUCTURE
    • Model
    • Reward recipient
    • Rewards
    • Additional scheme
  • ADDITIONAL INFORMATION
    • Roadmap
    • Community
  • LEGAL
    • Legal disclaimer
    • Risks
    • Anti-cheat regulations
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  • 1. Controlled Token Supply
  • 2. Token Burning
  • 3. Staking and Lock-up Periods
  • 4. Dynamic Reward Adjustments
  • 5. Economic Incentives for Long-term Holding
  1. TOKEN ECONOMY

Token economy

EPH AI utilizes a token economy to drive and incentivize interactions within its AI marketplace. This system forms the foundation of the platform’s operations, creating a robust mechanism for value exchange and fostering community engagement.

The token supply is carefully controlled to ensure both stability and growth. Initial distributions may include allocations for development, rewards, staking pools, and ecosystem incentives. EPH AI employs various strategies to prevent token inflation, maintaining long-term value stability and promoting a healthy token economy.

1. Controlled Token Supply

  • Limited Initial Supply: EPH AI starts with a fixed number of tokens to manage the initial supply and avoid excessive value dilution.

  • Emission Schedule: A well-planned emission schedule gradually releases tokens into the market, matching platform growth and demand. This prevents sudden surges in supply that could lead to inflation.

2. Token Burning

  • Transaction Fees: A portion of the transaction fees collected on the platform is periodically burned, permanently removing tokens from circulation. This reduces the total supply over time, helping combat inflation.

  • Incentive Programs: Tokens used in incentive programs, such as staking rewards or promotional campaigns, may also be subject to burning mechanisms to ensure these rewards do not contribute to long-term inflation.

3. Staking and Lock-up Periods

  • Staking Rewards: Users can stake their tokens to earn rewards, encouraging them to hold rather than sell. This reduces the circulating supply and generates upward pressure on token value.

  • Lock-up Periods: Implementing lock-up periods for specific token allocations (such as those for team members and advisors) ensures that large amounts of tokens do not enter the market all at once.

4. Dynamic Reward Adjustments

Performance-based Rewards: Adjusting reward rates according to platform performance and market conditions helps keep the token economy balanced. During high-performance periods, reward rates may decrease to avoid oversupply, while during lower activity periods, higher rewards may be offered to stimulate engagement.

5. Economic Incentives for Long-term Holding

  • Loyalty Programs: Implementing loyalty programs that offer long-term holders additional benefits or bonuses encourages users to retain their tokens, reducing market liquidity and minimizing inflation risks.

  • Voting Power: Giving long-term holders enhanced governance rights offers further incentives to keep their tokens, fostering a stable and committed token holder base.

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Last updated 7 months ago