When you provide liquidity to a DeFi, a decentralized finance system that lets users lend, borrow, and trade without banks, you’re not just earning fees—you’re also exposed to something called impermanent loss, the difference between holding your assets versus depositing them in a liquidity pool. It’s not a loss you see on your balance sheet, but it can quietly eat into your profits. And if you’re using AMM, an automated market maker that sets prices based on algorithmic formulas, not order books like Uniswap or SushiSwap, this is something you absolutely need to understand.
Here’s how it works: You deposit equal values of two tokens—say, ETH and USDC—into a pool. The system keeps the ratio balanced. But if one token’s price swings hard—like ETH jumping 50% while USDC stays flat—the pool automatically rebalances to maintain that 50/50 split. That means you end up selling some of your ETH at a lower price than you could’ve gotten on the open market. You didn’t lose crypto. You lost opportunity. And that’s the core of impermanent loss. If prices return to where they started, the loss disappears—hence "impermanent." But if you withdraw before that happens, it becomes real. Most people don’t realize how quickly this can happen. A 1.5x price move in one token can cause over 5% loss. At 2x, it’s nearly 15%. At 3x? You’re down over 25% compared to just holding.
This isn’t just theory. It’s why many traders avoid liquidity pools unless they’re confident the pair won’t move wildly. Stablecoin pairs like USDC/DAI? Low risk. ETH/USDT? Moderate. A new memecoin paired with SOL? High risk. Even if the pool pays 20% APY, a 30% impermanent loss wipes out the reward and then some. And it’s not just about price changes—liquidity mining incentives can lure you in, but they don’t cancel out the math. You need to ask: Is the yield enough to cover potential swings? Are you comfortable being forced to sell high and buy low by an algorithm?
What you’ll find below isn’t a textbook on DeFi mechanics. It’s a collection of real cases—projects that vanished, exchanges that hid risks, and users who lost money without knowing why. From fake airdrops that masked liquidity traps to exchanges that didn’t warn users about volatility, these posts show how impermanent loss isn’t just a technical term—it’s a financial trap disguised as an opportunity. You’ll see how people got burned, what they missed, and how to spot the same pattern before it happens to you.
Impermanent loss becomes permanent the moment you withdraw from a DeFi liquidity pool. Learn how price changes trigger real losses, which pools are riskiest, and how to avoid locking in losses.
