One whale controls majority of USDT liquidity, posing systemic risk to Aave protocol.
93% of USDT liquidity withdrawn by a single wallet, limiting exits for other whales.
Liquidity imbalance highlights need for improved DeFi risk monitoring and exit simulations.
A new simulation examining whale behavior on Aave has uncovered a large concentration of USDT liquidity in the hands of a single wallet. The analysis reveals that one wallet, abbreviated as “0x1…12e,” holds a dominant position in the protocol’s liquidity pool and is capable of drastically altering the ecosystem’s liquidity dynamics if it initiates a large-scale exit.
A large USDT whale on Aave removed 93% of the available liquidity, effectively locking other whales in the pool due to high liquidity utilizationhttps://t.co/CgUda58PPH pic.twitter.com/ELNlfreKH8
— Sentora (previously IntoTheBlock) (@SentoraHQ) June 5, 2025
The “Whale Exit Simulation” chart shows a total of 29,371,352 USDT available across key whale wallets. Among them, the wallet labeled “0x1…12e” holds the most substantial share, far exceeding the liquidity potential of other top wallets combined. This wallet’s ability to remove liquidity from the system outweighs that of the next eleven wallets in the simulation, giving it overwhelming exit leverage.
Such skewed distribution in liquidity access presents structural challenges. While DeFi platforms like Aave are built to enable open and decentralized finance, the emergence of one entity with such liquidity dominance shifts risk back toward centralization-like vulnerabilities.
Other Whales Face Liquidity Limitations
The wallets following “0x1…12e” show markedly lower withdrawal capabilities. The second-largest address, “0x1…b71,” and the third, “0x5…cb2,” hold notable but smaller shares. Further down the list, addresses such as “0x5…923,” “0x1…132,” and “0x9…1d1” account for increasingly marginal volumes.
With this concentration of liquidity in a few top-tier wallets, smaller whales and regular participants may encounter serious obstacles when attempting to exit positions, especially under stressed market conditions. The simulation confirms that only a handful of actors hold meaningful liquidity withdrawal power, which could exacerbate market stress if one or more were to act simultaneously.
93% Liquidity Drained by One Whale
Adding to concerns, Sentora reports that the top wallet has already removed 93% of the available USDT liquidity from Aave. This action effectively restricts exit opportunities for other large holders, potentially locking them into the protocol due to excessive liquidity utilization. Such a scenario presents tangible risks for market participants relying on flexible access to funds.
This depletion not only illustrates the whale’s leverage but also shows how sudden movements by one participant can sharply affect system-wide liquidity. With the pool already heavily utilized, even moderate exit attempts by others may lead to liquidity gaps or withdrawal delays.
The simulation raises red flags about liquidity distribution and its implications for DeFi risk management. As decentralized ecosystems mature, the ability to monitor and simulate whale behavior is becoming increasingly vital. Data tools that visualize liquidity exit capacity offer transparency and support informed decision-making for participants navigating complex, high-volume protocols.
