NeuroTensor Docs
  • 🧠What is NeuroTensor and how does it work?
  • Overview
    • 🧬NeuroTensor: Revolutionizing Blockchain with AI-Driven Data Transmission
    • 🔁Introduction to the NeuroTensor Ecosystem
    • 🔌Main Core
    • 🔭NeuroTensor: An Innovative Approach to Blockchain Integration
  • Additional Information
    • 📎Important Links
  • 🦾Guide to AI-Driven Smart Contract Automation
    • AI Bot Configuration
    • Use of $NTR Tokens in Automation
    • Automation in DeFi Yield Farming
    • Ensuring Security and Verification
    • Conclusion: Insights and Practical Applications
    • Disclaimer
  • 🕹️Advanced AI-Powered Gaming Solutions
    • AI-Driven Gaming Automation
    • Continuous Monitoring and In-Game Event Activation
    • Data Transmission and In-Game Execution
    • Use of $NTR Tokens in Gaming Automation
    • Automating In-Game Purchases
    • Enhancing Security and Fair Play
    • Benefits and Conclusion
    • Disclaimer
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  1. Guide to AI-Driven Smart Contract Automation

Automation in DeFi Yield Farming

Mechanics:

  1. Condition Monitoring: An AI bot monitors multiple liquidity pools across different DeFi platforms. The bot is configured to track APY (Annual Percentage Yield) rates, liquidity volumes, and other relevant metrics.

  2. Trigger Event: When a specific APY threshold is reached in a pool, the bot triggers the automation process. The bot verifies that the conditions are met and prepares to execute the defined sequence of actions.

  3. Multi-Step Process:

    • Step 1: Withdraw assets from the current pool. The bot interacts with the smart contract of the current pool to withdraw the staked assets.

    • Step 2: Transfer assets to a new pool. The bot sends the withdrawn assets to the new pool where the APY threshold has been met.

    • Step 3: Stake assets in the new pool. The bot interacts with the smart contract of the new pool to stake the assets.

    • Step 4: Confirm the transaction and update user balances. The bot ensures that the transactions are confirmed and updates the user’s balance and records.

Example Code:

// Example of a DeFi Yield Farming Automation Contract
interface IPool {
    function withdraw(uint256 amount) external;
    function deposit(uint256 amount) external;
}

contract YieldFarmingBot {
    IPool public currentPool;
    IPool public newPool;
    address public owner;
    IERC20 public ntrToken;

    constructor(address _currentPool, address _newPool, address _ntrToken) {
        currentPool = IPool(_currentPool);
        newPool = IPool(_newPool);
        owner = msg.sender;
        ntrToken = IERC20(_ntrToken);
    }

    function automateYieldFarming(uint256 amount) external {
        require(msg.sender == owner, "Only owner can trigger");

        // Step 1: Withdraw assets from the current pool
        currentPool.withdraw(amount);

        // Step 2: Transfer assets to the new pool
        ntrToken.transfer(address(newPool), amount);

        // Step 3: Stake assets in the new pool
        newPool.deposit(amount);

        // Step 4: Confirm transaction and update user balances
        updateBalances();
    }

    function updateBalances() internal {
        // Logic to update user balances
    }
}
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Last updated 1 year ago

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