Trader lost 99% on a $2M ETH-to-LIT swap due to low-liquidity pool slippage.
DeFi & Yields ·
A trader exchanged $2 million of ETH for LIT tokens and sustained a 99% loss after the transaction routed through a low-liquidity pool. The severe slippage resulted from the pool's insufficient depth relative to the trade size, a risk inherent to automated market makers when trading volume concentrates in thin liquidity venues.
Low-liquidity pools expose large swaps to substantial price impact. When a trader places an outsized order against a small reserve of tokens, the AMM's pricing formula pushes the execution price sharply against the trader. This mechanic, known as slippage, can render a trade economically devastating if the pool lacks sufficient depth or alternative routing options to absorb the order without extreme price movement.
The incident underscores a persistent vulnerability in decentralized trading: routing algorithms may direct orders to pools with insufficient liquidity when deeper venues exist elsewhere, or traders may misjudge pool capacity before committing large amounts. Whether the loss resulted from poor execution routing, insufficient due diligence, or deliberate targeting remains unclear.