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Agent-Powered Execution

One-Workflow DeFi Strategies

Agent-Powered Execution transforms complex multi-protocol DeFi operations into simple, one-workflow interactions. Users browse verified strategies, already tested across 35+ protocols and 14+ chains, and preview complete transaction details before execution.

AI agents work together to coordinate and build transaction bundles, but users maintain complete control: agents cannot execute anything without explicit approval, and all transactions run directly from user wallets. Assets never leave user custody.

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How It Works

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1. Discovery & Selection

Browse Curated Strategies Users explore expert-built strategies across 35+ protocols and 14+ chains, organized by:

  • Strategy type (LPs, looping, delta-neutral, airdrop, etc.)

  • Chain (Ethereum, Arbitrum, Base, etc.)

  • Protocols (Pendle, Morpho, Aave, etc.)

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2. Preview & Validation

Complete Transaction Preview Before execution, users see every detail:

  • Step-by-Step Breakdown: Each protocol interaction is listed sequentially

  • Token Flow: Exact tokens involved at each step (inputs, outputs)

  • Expected Outcomes: Final position, estimated APY, projected returns

  • Risk Parameters: Loan-to-Value threshold (LTV, LLTV)

  • Cost Estimates: Gas, protocol, and slippage fees

Real-Time Simulation Users test strategies with actual portfolios:

  • Preview exact outcomes based on the current on-chain state

  • See slippage estimates and price impact

  • Identify potential issues (paused pools, low liquidity, deposit caps)

  • Validate execution before committing capital

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3. One-Click Execution

Approve & Execute Once satisfied with the preview, users approve transactions, and AI agents coordinate everything:

  • Automated Coordination: All swaps, bridges, and protocol interactions bundled

  • Cross-Chain Execution: Seamless operations across multiple blockchains

  • Optimal Routing: Real-time optimization for best prices and minimal slippage

  • Non-Custodial: All transactions execute directly from user wallets

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Example of Supported Strategies

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Leveraged Yield Strategies

Amplify returns by supplying collateral, borrowing assets, and resupplying in a loop.

Examples:

  • PT-sUSDe 2x-5x leveraged loops on Aave

  • Stablecoin leveraged yield on Morpho

Use Case: Maximize yield on tokens with controlled leverage

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Delta-Neutral Positions

Capture yield while maintaining market-neutral exposure across lending and derivatives.

Examples:

  • PT position on Pendle with short hedging via Hyperliquid

Use Case: Earn yield without directional market exposure

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Airdrop Farming

Coordinate interactions across multiple protocols to maximize airdrop eligibility.

Examples:

  • Multi-protocol interaction sequences (Aave + Uniswap + Pendle)

  • Optimized transaction volumes across target protocols

Use Case: Efficient capital deployment for potential airdrops

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Cross-Chain Liquidity Provision

Bridge assets and provide liquidity across multiple chains in one workflow.

Examples:

  • Ethereum → Plasma bridging with LP provision

  • Multi-chain yield aggregation

  • Cross-chain arbitrage execution

Use Case: Relocate capital in minutes and get the best yield regardless of chains

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Key Advantages

Protocol and Chain Abstraction: Execute complex strategies without navigating multiple protocol interfaces.

Atomic Execution Where Possible: Multiple actions bundled into single transactions when feasible, reducing the risk of partial execution.

Gas Optimization: Intelligent transaction bundling and ordering minimize overall gas costs compared to manual execution.

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User Benefits

Agent-Powered Execution democratizes access to sophisticated DeFi strategies, making expert-level opportunities accessible to users regardless of technical expertise.

Democratized Access: What traditionally requires navigating multiple protocol interfaces, understanding technical documentation, and executing numerous manual transactions becomes a single conversational workflow. Users access sophisticated strategies without technical barriers.

Time Efficiency: Strategies that would take hours to execute manually (researching protocols, bridging assets, approving tokens, and coordinating multi-step operations) are reduced to minutes through intelligent agent coordination.

Risk Reduction: Pre-execution simulation and validation catch errors before capital commitment. Users preview exact outcomes, understand slippage, and identify potential issues in a risk-free environment before deploying real assets.

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