Cryptoquant: KelpDAO Hack ‘Contagion’ Triggers Worst DeFi Liquidity Crunch Since 2024
Key Takeaways:
ETH borrowing rates on Aave V3 climbed to 8%, the highest reading Cryptoquant has recorded since at least January 2024. Rates later stabilized near 5%, still more than double the pre-hack level of 2%.
The simultaneous rate spike across ETH, USDC, and USDT signals system-wide stress rather than isolated market movement, according to the Cryptoquant report. ETH, USDC, and USDT are Aave’s three largest markets by total value locked.
Cryptoquant researchers described the dynamics as a classic DeFi liquidity crunch: depositors withdrawing while borrowers increase demand at the same time, leaving available liquidity to fall rapidly and interest rates to reset higher. As of the report date, rates remain elevated above pre-hack levels.
The yield-bearing stablecoin, USDe, the fourth-largest asset on Aave with $412 million in protocol deposits, also saw significant pressure. Cryptoquant tracked a net collapse in USDe minting activity in the days following the hack, driven by both contagion from the Aave crisis and persistently negative ETH and BTC perpetual futures funding rates.
USDe’s total supply fell from $5.8 billion to $5 billion in three days, a decline of $800 million or 14%. Cryptoquant called it one of the largest short-term redemption events in USDe’s history.
As one of the largest stablecoins globally behind only USDT, USDC, USDS, and DAI, USDe’s contraction points to a meaningful withdrawal of liquidity from the broader DeFi ecosystem, the firm noted.
Negative perpetual funding rates compressed USDe’s delta-neutral yield during this period, accelerating redemption incentives for holders. Cryptoquant explained that the combination of hack-driven risk-off behavior and structural funding rate pressure marks a significant deterioration in DeFi market conditions.
The latest Cryptoquant report highlights the systemic risk of concentrated collateral exposure in DeFi lending protocols, noting that Aave‘s outsized rsETH position amplified contagion far beyond the initial exploit.
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