Sandwich Attack Mitigation

Sandwich attack mitigation involves implementing architectural safeguards to protect users from traders who exploit the time between order submission and block inclusion. Techniques include the use of slippage tolerance settings, flashbot-style private relay networks, and commit-reveal schemes to obscure order details.

By reducing the visibility of pending transactions, these measures prevent attackers from inserting their own orders to profit from price movements caused by the victim. Mitigation strategies focus on re-engineering the transaction lifecycle to minimize the window of opportunity for predatory behavior.

This is a critical area of protocol physics that directly impacts the user experience and financial safety of decentralized exchanges. Effective mitigation ensures that users receive fair execution prices without the risk of being front-run by sophisticated bots.

It represents a proactive approach to enhancing market fairness.