Liquidation Engine Dynamics
Liquidation engine dynamics involve the specific mathematical formulas and triggers that govern how an automated protocol closes under-collateralized positions. These engines are designed to maintain protocol solvency by selling collateral to repay debts, but they often struggle during periods of extreme volatility.
The efficiency of an engine depends on the depth of liquidity available for the collateral being sold. If liquidity is thin, the engine may incur significant slippage, causing the protocol to realize a loss even if the collateral was theoretically sufficient.
Furthermore, the design of the auction mechanism used to sell the collateral can influence how much market impact the liquidation causes. Poorly designed engines can inadvertently accelerate the very price crashes they are meant to mitigate.