Remora Finance
An agentic protocol based on Uniswap v4 that hitchhikes on market depth to automate LP strategies.
Project Description
Overview
Remora Finance is an agent-driven liquidity management protocol built natively on Uniswap v4. Our goal is to address the two biggest challenges faced by retail liquidity providers today: identifying the optimal liquidity range and automating rebalancing in volatile market conditions.
We believe most retail LPs lose money not because of bad trading, but because identifying optimal price ranges and adjusting them in real-time is nearly impossible for humans.
The Problem: The Range Misalignment
Manual liquidity provision is a full-time job. Market data shows that trading volume and price action consistently cluster around specific "liquidity hubs." Most retail LPs fail to stay aligned with these high-fee zones, leading to stagnant positions or unnecessary losses.
The Solution: Depth-First Hitchhiking
Remora takes a fundamentally different approach. We don't try to predict the price; instead, we hitchhike on market depth.
Depth-First Strategy:
We treat Uniswap v4 pools as a live, on-chain order book. By analyzing volume profiles and liquidity clusters, we identify where the "smart money" is positioned.
Agentic Execution:
Users no longer need to manually rebalance. By creating a Remora AI Agent, their positions are automatically managed and realigned with the deepest liquidity in the pool—much like a remora shark effortlessly traveling with its host.
Technical Integration
Uniswap v4: We track real-time liquidity distribution inside v4 pools — this is what powers our depth-first strategy.
ENS:We integrate ENS so users see their .eth name instead of a raw address — making onboarding clearer and safer.
Why it matters
Remora turns complex, active management into a "set-and-forget" experience. By combining agentic automation with dominant market structures, we ensure that every LP can swim with the sharks of the DeFi world.
How it's Made
This project uses Reown to connect crypto wallets, ensuring secure and seamless blockchain interactions.
The frontend is built with React and powered by Vite, enabling fast development and optimized builds. Jotai manages state with an atomic and lightweight approach, while TanStack Router and TanStack Query handle routing and data fetching for smooth navigation and real-time synchronization.
The UI leverages shadcn components styled with Tailwind CSS, providing a consistent design system and rapid iteration. On the backend, Golang delivers high performance and concurrency support, making it reliable for API services and blockchain-related workloads.
