liquidity-pool-assessment

Analyze DeFi pool liquidity depth, fee APR, slippage, and risks for recommendations.

5|Updated May 2, 2026
One-click install
npx skills add https://github.com/nirholas/three-ui --skill liquidity-pool-assessment
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: liquidity-pool-assessment
Source: https://github.com/nirholas/three-ui/tree/main/data/skills/defi/liquidity-pool-assessment
Command: npx skills add https://github.com/nirholas/three-ui --skill liquidity-pool-assessment

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It helps users determine whether a specific DeFi liquidity pool is a good place to provide capital by evaluating earnings potential, execution quality, and key risks before committing funds.

Core Features & Use Cases

  • Pool identification and normalization: Collects protocol, chain, pool type, token pair, and fee tier to ensure the assessment matches the actual AMM mechanics.
  • Liquidity depth and concentration analysis: Reviews TVL trends and, for concentrated liquidity, liquidity clustering relative to the current price plus top-LP concentration and stability.
  • Volume, fees, and slippage modeling: Estimates fee APR from actual trading volume, computes volume/TVL capital efficiency, and models slippage at multiple trade sizes to compare execution quality.
  • Risk evaluation and strategy recommendation: Assesses impermanent loss, smart contract/protocol risk, concentration risk, and for concentrated pools recommends ranges and management style (active vs full-range), including position sizing guidance.

Quick Start

Use the liquidity-pool-assessment skill to evaluate whether you should provide liquidity to Uniswap V3 USDC/ETH at a specific fee tier on a given chain, including fee APR, depth quality, risk level, and a recommended range or full-range strategy.

Frequently Asked Questions about liquidity-pool-assessment

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I evaluate if a DeFi liquidity pool is profitable for providing capital?

To evaluate a DeFi liquidity pool, analyze liquidity depth, estimate fee APR from actual trading volume, and model slippage. This assessment compares earnings potential against impermanent loss and protocol risks to determine overall profitability before committing capital.

What is liquidity concentration analysis and how does it work for Uniswap V3?

Liquidity concentration analysis for Uniswap V3 examines liquidity clustering relative to the current price and top-LP stability. It evaluates capital efficiency and price impact risk within concentrated-liquidity pools to optimize active range positioning.

How do I calculate fee APR from actual trading volume in an AMM pool?

Calculate fee APR in an AMM pool by extracting actual trading volume and dividing pool fee earnings by total value locked. This estimates the annualized yield from LP fees, reflecting the pool's true capital efficiency and earnings potential.

Does this liquidity pool assessment support stableswap and constant-product AMMs?

Yes, the liquidity pool assessment supports stableswap, constant-product, and concentrated-liquidity AMM scenarios. It normalizes pool identification by protocol, chain, and fee tier to match the actual AMM mechanics for accurate evaluation across protocols.

What is the best way to manage impermanent loss risk in concentrated liquidity pools?

The best way to manage impermanent loss in concentrated liquidity pools is to assess concentration risk and apply position sizing guidance. The evaluation provides strategy recommendations comparing active range management versus full-range deployment to balance risk.

Why does slippage modeling matter when comparing DeFi pools across different chains?

Slippage modeling matters when comparing DeFi pools because it computes execution quality at multiple trade sizes. By evaluating price impact across different chains and protocols, you can identify pools with superior liquidity depth and capital efficiency.