Web3 Automation Use Cases

Target User: DeFi power user with significant portfolio
Current Challenge: 25+ hours/week manual monitoring
Planned Solution: 2 hours/week oversight with automation
Vision: Improved APY through optimized positioning + significant time savings

// Example arbitrage workflow
interface ArbitrageOpportunity {
  sourceDEX: string;
  targetDEX: string;
  token: string;
  priceDifference: number;
  estimatedProfit: number;
  gasCost: number;
  netProfit: number;
}

class ArbitrageBot {
  async executeArbitrage(opportunity: ArbitrageOpportunity) {
    // 1. Validate opportunity profitability
    if (opportunity.netProfit < this.minimumProfit) return;

    // 2. Execute buy on source DEX
    const buyTx = await this.executeBuy(
      opportunity.sourceDEX,
      opportunity.token
    );

    // 3. Execute sell on target DEX
    const sellTx = await this.executeSell(
      opportunity.targetDEX,
      opportunity.token
    );

    // 4. Record profit and optimize for next opportunity
    await this.recordProfit(opportunity.netProfit);
  }
}

Collection: Bored Ape Yacht Club
Strategy: Buy when floor drops 10% below 7-day average, sell when 15% above
Results: 23% average profit per trade, 8 successful trades in 30 days

interface NFTArbitrage {
  sourceMarketplace: string;
  targetMarketplace: string;
  nftId: string;
  priceDifference: number;
  listingFees: number;
  gasCosts: number;
  netProfit: number;
}

class NFTArbitrageBot {
  async executeArbitrage(opportunity: NFTArbitrage) {
    // 1. Purchase NFT on source marketplace
    const purchase = await this.purchaseNFT(
      opportunity.sourceMarketplace,
      opportunity.nftId
    );

    // 2. Transfer NFT to target marketplace
    await this.transferNFT(opportunity.targetMarketplace, opportunity.nftId);

    // 3. List NFT on target marketplace
    const listing = await this.listNFT(
      opportunity.targetMarketplace,
      opportunity.nftId
    );

    // 4. Monitor for sale and record profit
    await this.monitorSale(opportunity.nftId);
  }
}

DAO: Uniswap Governance
User Criteria: Vote "Yes" on proposals that increase UNI utility
User Criteria: Vote "No" on proposals that dilute token value
Results: 15 proposals voted automatically, 100% alignment with user preferences

interface GasOptimization {
  chain: string;
  currentGasPrice: number;
  predictedGasPrice: number;
  optimalTiming: Date;
  estimatedSavings: number;
}

class GasOptimizer {
  async optimizeTransaction(
    transaction: Transaction
  ): Promise<GasOptimization> {
    // Analyze gas patterns across multiple chains
    const gasAnalysis = await this.analyzeGasPatterns(transaction.chains);

    // Predict optimal timing for each chain
    const predictions = await this.predictOptimalTiming(gasAnalysis);

    // Calculate potential savings
    const savings = this.calculateSavings(predictions);

    return {
      chain: predictions.bestChain,
      currentGasPrice: gasAnalysis.current,
      predictedGasPrice: predictions.optimal,
      optimalTiming: predictions.timing,
      estimatedSavings: savings,
    };
  }
}

1. Borrow stablecoins from Aave
2. Provide liquidity to Uniswap V3
3. Hedge impermanent loss with options
4. Reinvest yield automatically
5. Rebalance based on market conditions

// Example workflow for automated DeFi portfolio management
const defiPortfolioWorkflow = {
  name: "DeFi Portfolio Optimizer",
  triggers: ["hourly", "market_volatility", "yield_change"],

  steps: [
    {
      name: "Monitor Positions",
      action: "monitor_defi_positions",
      parameters: {
        protocols: ["aave", "compound", "uniswap", "curve"],
        metrics: ["apy", "collateral_ratio", "impermanent_loss"],
      },
    },
    {
      name: "Analyze Opportunities",
      action: "ai_analyze_opportunities",
      parameters: {
        risk_tolerance: "medium",
        target_apy: 8.0,
        max_impermanent_loss: 5.0,
      },
    },
    {
      name: "Execute Optimizations",
      action: "execute_portfolio_changes",
      parameters: {
        max_gas_price: 50,
        slippage_tolerance: 0.5,
        batch_transactions: true,
      },
    },
    {
      name: "Report Results",
      action: "generate_portfolio_report",
      parameters: {
        include_metrics: ["apy", "risk", "gas_costs", "profit_loss"],
        notification_channels: ["email", "discord"],
      },
    },
  ],
};

// Example workflow for automated NFT trading
const nftTradingWorkflow = {
  name: "NFT Floor Price Trader",
  triggers: ["floor_price_change", "volume_spike", "rarity_alert"],

  steps: [
    {
      name: "Monitor Floor Prices",
      action: "monitor_nft_floor_prices",
      parameters: {
        collections: ["bored_ape", "cryptopunks", "doodles"],
        marketplaces: ["opensea", "looksrare", "x2y2"],
        update_frequency: "30_seconds",
      },
    },
    {
      name: "Analyze Trading Signals",
      action: "ai_analyze_nft_signals",
      parameters: {
        indicators: ["floor_price", "volume", "rarity", "social_sentiment"],
        buy_threshold: -10, // 10% below average
        sell_threshold: 15, // 15% above average
      },
    },
    {
      name: "Execute Trades",
      action: "execute_nft_trades",
      parameters: {
        max_gas_price: 100,
        slippage_tolerance: 1.0,
        use_private_mempool: true,
      },
    },
  ],
};