Staking Derivative Depeg Arbitrage Executor

WHAT IT DOES

Staking Derivative Depeg Arbitrage Executor enables users to capture profits when staking derivative tokens (e.g., liquid staking tokens) depeg from their underlying assets. The tool reads staking derivative token contracts to fetch current prices, underlying asset prices, redemption rates, and liquidity pool depth. It then identifies arbitrage opportunities where the derivative trades significantly below or above the underlying asset, calculates potential profit after accounting for gas costs, slippage, and redemption fees, and executes the arbitrage trade—buying the derivative when it's undervalued and selling when it's overvalued. The tool supports batch scanning across multiple derivatives and configurable minimum profit thresholds.

This tool is essential for DeFi traders and arbitrageurs looking to profit from price inefficiencies in liquid staking markets, where derivatives like stETH, rETH, and cbETH can temporarily depeg from their underlying ETH value due to market dynamics or redemption mechanics.

HOW TO USE

1. Connect your EVM wallet to the network where the staking derivatives are deployed.

2. Add staking derivatives by entering the derivative token address, underlying asset address, and liquidity pool address per line.

3. Set your minimum profit threshold (USD), maximum slippage tolerance, and trade size.

4. Click "Scan Opportunities" to fetch current prices, calculate depeg percentages, and identify profitable arbitrage opportunities.

5. Review the opportunity table showing each derivative's underlying price, derivative price, depeg percentage, and opportunity status.

6. Click "Execute Arbitrage" to execute the arbitrage trades on all profitable opportunities.

7. Track progress via the status bar and confirmation of the transaction hash upon completion.

TECHNICAL MECHANISM

The tool reads derivative and underlying prices using view functions: getDerivativePrice() or price() from the derivative contract, and getUnderlyingPrice() from oracles or the underlying asset. It calculates the depeg percentage as (derivativePrice - underlyingPrice) / underlyingPrice * 100. Liquidity is read from the pool contract via getLiquidity() or getReserves(). The tool checks if the depeg exceeds the minimum profit threshold (accounting for trade size, slippage, and gas costs) and identifies it as a buy (derivative below underlying) or sell (derivative above underlying) opportunity. For execution, the tool attempts multiple function signatures: arbitrage(amount, isBuy), executeArbitrage(amount, minProfit), and swap(amount, tokenIn, tokenOut). Gas estimation applies a 20% buffer, and actual gas costs are calculated from receipt.effectiveGasPrice.

WHAT IT CANNOT SEE

This tool cannot guarantee that the arbitrage will be profitable due to gas costs, slippage, or rapid price changes—gas costs may vary and prices may move between scan and execution. It cannot predict when depeg events will occur; the tool only identifies current opportunities. It cannot account for withdrawal delays or redemption fees on staking derivatives; these may reduce or eliminate profits. It cannot recover losses if the depeg widens after the trade; the price may move against the position. It cannot manage arbitrage across different staking protocols with varying redemption mechanics; each derivative may have unique redemption rules. It cannot verify the security or liquidity of the underlying staking protocols; the tool assumes the protocols are safe and liquid.

PLEASE NOTE

EVM chains only. This tool requires that the derivative, underlying, and pool contracts implement the standard interfaces used by the tool. The tool attempts multiple function signatures for compatibility. Arbitrage carries risk—the market may move against the position. Always verify the opportunity before executing. The tool does not provide financial advice.