How Can Users Protect Themselves from Sandwich Attacks in DeFi?

Users can protect themselves by using private transaction relays (like Flashbots Protect) to prevent their transaction from entering the public mempool. They should also set a low, but realistic, slippage tolerance to limit the potential profit of an attacker.

Using DEX aggregators that automatically route trades through private pools or use anti-MEV mechanisms can also offer protection.

How Does Setting a Low Slippage Tolerance Protect against a Sandwich Attack?
Can a ‘Private Transaction Relay’ Prevent a Sandwich Attack?
What Is the Risk of Centralization Associated with Using a Limited Number of Private Transaction Relays?
How Do Private Transaction Relays like Flashbots Mitigate MEV?
How Does the market’S Volatility Influence a Trader’s Optimal Slippage Tolerance Setting?
How Can a User Protect Themselves from Sandwich Attacks Caused by High Slippage Tolerance?
How Do DEX Aggregators Help Users Mitigate the Effects of Slippage?
What Is “Slippage Tolerance” and How Does It Enable Sandwich Attacks?

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