Optimize Uniswap v3/v4 Performance

I am running several liquidity pools on Uniswap v3 and experimenting with the upcoming v4 architecture, and I want them to run faster, cheaper, and more reliably. The codebase already handles swaps and liquidity provisioning smoothly, yet gas usage creeps up during periods of heavy volume and positions occasionally slip outside their intended ranges. What I need now is a specialist who can look under the hood, profile the contracts, and refactor or redesign whichever pieces are holding us back. Your scope might touch the core solidity contracts, the helper libraries that sit around them, and the small TypeScript layer that feeds prices from an oracle and triggers re-balances. If smarter liquidity math, batch transactions, custom hooks, or off-chain simulation can deliver measurable gas or latency savings, I am open to adopting them. Front-end tweaks or new analytics endpoints are welcome too, provided they directly translate into better execution or easier management. Deliverables will be: • A revised set of contracts (or modular add-ons) deployed to a testnet • A brief technical note benchmarking gas, latency, and slippage before vs. after • Step-by-step upgrade instructions so the production pools can migrate with minimal downtime Please share one or two previous DeFi optimizations you have shipped and the concrete metrics you improved—numbers speak louder than promises. If they involved concentrated-liquidity math or complex rebalancing logic, all the better. I will review proposals quickly and am ready to move forward as soon as I see a clear approach to tangible performance gains.

Project ID: 40419591