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// To determine address of Uniswap V3 pair, call getPool on: // https://etherscan.io/address/0x1F98431c8aD98523631AE4a59f267346ea31F984#readContract // Tokens on Ethereum: // WETH: https://etherscan.io/token/0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2 // IMX: https://etherscan.io/token/0xf57e7e7c23978c3caec3c3548e3d615c346e79ff // GOG: https://etherscan.io/token/0x9ab7bb7fdc60f4357ecfef43986818a2a3569c62 // UniswapV3Pool: IMX - WETH - fee: 3000, https://etherscan.io/address/0x81fbBc40Cf075FD7De6AfCe1bc72EDA1BB0e13aa

// Immutable zkEVM
// UniswapV3Pool: IMX - WETH - fee: 3000, https://explorer.immutable.com/address/0xEE997F15Eaca3012E4825F1AeFE12136216CF3AF

RPC: Ethereum https://eth.llamarpc.com Immutable https://rpc.immutable.com

Proposed Features

On Uniswap V3 (& V4) on EVM chains:

  • Determine UniswapV3Pools available for a token pair. That is:
    • Program knows the Uniswap Factory contract(s) on each chain.
    • User supplies the addresses of the ERC20 tokens.
    • Display the symbols returned by each ERC 20 contract
    • Checks with factory contract to see what pool contracts exist for the standard fee options.
    • Display pool contract addresses
    • Display amount of liquidity in each pool and exchange rate.
  • Analyse arbitrage opportunity:
    • User supplies the UniswapV3Pool address on each chain.
    • Fetch token0 and token1
    • Display the symbols returned by each ERC 20 contract
    • Display the fee for the pool.
    • Display the exchange rate for each pool and determine the liquidity depth
    • Calculate the arbitrage opportunity
  • Analyse arbitrage opportunity 2:
    • User supplies the UniswapV3Pool address on each chain, the token symbols and the fees.
    • User supplies an estimated bridge fee.
    • Display the exchange rate for each pool and determine the liquidity depth
    • Calculate the arbitrage opportunity, allowing for bridging fee
    • Display instructions for how to execute the arbitrage.
  • Cyclic arbitrage:
    • User supplies the UniswapV3Pool address on each chain, the token symbols and the fees.
    • User supplies a private key for each chain.
    • User indicates where they have value, in what token and how much.
    • Code executes cyclic arbitrage:
      • Assess opportunity: Exit if no opportunity
      • Swap on chain A
      • Crosschain transfer A -> B
      • Swap on chain B
      • Crosschain transfer B -> A
      • Repeat.