DeFi Staking Pools in Camelot V3 — Compare APY & TVL

Explore 0 DeFi yield opportunities across protocols and blockchains. Sort by APY or TVL, filter by chain or protocol, and click any pool to see its full history, risk profile, and step-by-step staking guide. Data sourced from DeFiLlama, updated daily.

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How to Read the Pool Table

Each row in the table above represents a single DeFi liquidity pool or staking opportunity. Here's how to interpret what you see:

APY (Annual Percentage Yield)

The annualized return if the current rate holds for 12 months, including compounding. This number fluctuates daily — sometimes hourly — based on trading volume, liquidity, and protocol incentives. Higher APY typically means higher risk or higher utilization. Always verify the current rate on the protocol's own interface before depositing.

TVL (Total Value Locked)

The total USD value of assets deposited in the pool at current market prices. TVL is a proxy for trust and liquidity depth. A pool with $500M TVL will let you enter and exit large positions with minimal slippage. A pool with $50K TVL is illiquid — a $10K deposit could shift the price significantly.

Risk Tags

DeFi Staking Strategies by Risk Tolerance

Not every DeFi pool suits every investor. Your optimal strategy depends on your risk tolerance, the assets you hold, and how actively you want to manage your position. Here's a framework for choosing the right type of pool.

Conservative: Stablecoin Lending and Stable AMMs

If protecting principal is your priority, stablecoin pools are your best option. Lending USDC on Aave or providing USDC/USDT liquidity on Curve eliminates most of the price risk while still earning 3–15% APY — well above traditional savings accounts. The main risks are smart contract failure (mitigated by using well-audited, high-TVL protocols) and stablecoin depegging events.

Filter to see only stable pools: use the sort controls above to find stablecoin opportunities. The Stable tag identifies these pools in the table.

Moderate: Blue-Chip Asset Pools

Providing liquidity with ETH, WBTC, or other top-10 assets on established protocols like Uniswap V3, Curve, or Balancer offers higher yields than stablecoin positions while maintaining exposure to assets you'd hold anyway. The risk here is impermanent loss — if ETH doubles versus USDC in a pool, you'll have less ETH than you started with, even though your dollar value increased. For long-term ETH bulls, this can reduce effective ETH accumulation.

Aggressive: High-APY Protocol Incentive Pools

Newer protocols or small-cap token pools frequently offer APYs of 100–1,000%+ to attract initial liquidity. These rates are almost always driven by token emissions — the protocol pays you in its own governance token. When the incentive program ends or the token price drops, APY collapses. These pools suit short-term yield farming strategies where you monitor positions actively and exit before the music stops.

Understanding Pool Fees and Costs

Yield is only part of the equation — the cost of entering, managing, and exiting a DeFi position can significantly impact net returns, especially for smaller positions.

Protocol Fees

Most AMM protocols charge a swap fee on every trade through the pool (typically 0.01–1% depending on the pool tier). A portion of this fee goes to liquidity providers as yield. Lending protocols charge a spread between supply and borrow rates. Both are already factored into the displayed APY — no hidden charges on the yield side.

Gas Fees

Every blockchain interaction (deposit, withdrawal, reward claim) requires a gas fee paid in the native token. On Ethereum mainnet, gas can range from $5–$50 per transaction. On L2s like Arbitrum or Base, gas is typically $0.05–$1. For small positions (under $500), mainnet gas can eat a significant portion of yields — consider L2 pools instead.

Break-Even Analysis

Before depositing, calculate your break-even point: (gas cost to enter + exit) ÷ (daily yield). If gas costs $20 total and your pool earns $2/day, you break even in 10 days. Pools with higher APY break even faster, making gas efficiency less critical.

Frequently Asked Questions