Are There Alternatives to Commit-Reveal Schemes for Preventing MEV?

Yes, several alternatives exist. One approach is using encrypted mempools or trusted execution environments (TEEs) , where transactions are encrypted until they are executed, hiding them from miners.

Another is batch auctions , where orders are collected over a period and executed at a single, uniform clearing price, eliminating the advantage of ordering. Furthermore, some protocols utilize private order flow to dedicated block builders who promise not to front-run, or employ Fair Ordering mechanisms at the protocol level.

In a Commit-Reveal System, What Is the Minimum Time Delay between the Commit and the Reveal?
Are All Blockchains Susceptible to This Form of Transaction Reordering?
What Are the Security Risks Associated with Using a Trusted Execution Environment (TEE) for MEV Protection?
How Do Commit-Reveal Schemes Affect the User Experience on a Decentralized Exchange (DEX)?
How Do Batch Auctions Differ from Continuous Limit Order Books in Trade Execution?
Can a DEX Protocol Be Designed to Be Inherently Resistant to Front-Running?
What Alternative Technologies Exist to Level the Playing Field without Co-Location?
How Do Commit-Reveal Schemes on DEXs Specifically Prevent Front-Running?

Glossar

Fair Ordering Mechanisms

Mechanism ⎊ Fair ordering mechanisms, within cryptocurrency derivatives and options trading, represent a suite of protocols designed to ensure equitable trade execution and price discovery, particularly crucial in decentralized environments.

Dedicated Block Builders

Builder ⎊ A dedicated block builder is a specialized entity in a Proof-of-Stake blockchain ecosystem, primarily responsible for aggregating and ordering transactions into a block payload before passing it to a proposer.

Trusted Execution Environments

Attestation ⎊ Trusted Execution Environments (TEEs) provide a hardware-rooted layer of security, crucial for validating the integrity of computations within cryptocurrency, options trading, and derivatives markets.

Batch Auctions

Mechanism ⎊ Batch auctions, within cryptocurrency and derivatives markets, represent a simultaneous order submission and execution process, differing fundamentally from traditional continuous limit order books.

Encrypted Mempools

Anonymity ⎊ Encrypted mempools represent a significant evolution in transaction privacy within cryptocurrency networks, moving beyond pseudonymous addresses to obfuscate the linkages between sender and receiver.

Private Order Flow

Imprint ⎊ Private Order Flow, within cryptocurrency and derivatives markets, represents non-displayed liquidity originating from institutional traders or high-frequency firms; this order information isn't publicly visible on the order book, offering insight into aggregated intent beyond retail participation.