How Do Decentralized Exchanges (DEXs) Try to Prevent Sandwich Attacks at the Protocol Level?

Some DEXs implement anti-MEV mechanisms directly into their smart contracts. This includes using batch auctions where all orders are executed at a single clearing price, removing the priority advantage of gas fees.

Other DEXs use private order flows or commit-reveal schemes. Additionally, some protocols incorporate 'Maximum Value Extraction' (MVE) protection, which may involve subsidizing users who were successfully attacked to compensate for their losses.

How Do High-Frequency Trading (HFT) Firms Attempt to Gain an Advantage despite the Price-Time Priority Rule?
What Is the Role of ‘Gas Price Auctions’ in Facilitating Sandwich Attacks?
How Do Batch Auctions Eliminate the Transaction Ordering Advantage?
What Technical Measures Can a User Take to Prevent Being a Victim of a Sandwich Attack?
How Does MEV (Maximal Extractable Value) Relate to Arbitrage in Decentralized Exchanges?
How Do Options Trading Platforms Prevent Latency-Based Front-Running?
What Is the Primary Function of a Matching Engine in a Crypto Exchange and How Can Its Design Prevent Front-Running?
How Does the Design of a DEX Prevent Front-Running in Large Trades?

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