How Does Transaction Batching Serve a Similar Anti-Front-Running Purpose to Commit-Reveal?

Transaction batching involves aggregating multiple individual transactions into a single block or execution unit, which are then processed simultaneously at a single price point. This process prevents front-running because the individual transaction details are hidden until the entire batch is executed.

By executing all orders in the batch at the same time and price, there is no temporal priority for a front-runner to exploit, similar to how commit-reveal hides the order's content until execution.

Can a Commit-Reveal Scheme Be Optimized to Combine the Commit and Reveal Phases?
How Can Commit-Reveal Be Adapted for Use in a Decentralized Options Auction?
What Role Do Decentralized Sequencers Play in the Batching Process on Layer 2 Networks?
How Do Commit-Reveal Schemes on DEXs Specifically Prevent Front-Running?
How Does a Commit-Reveal Scheme Protect a Trade from Being Front-Run?
How Does a PoC for an Options DEX Address the Problem of Front-Running?
Can a Front-Runner Profit from Knowing a Large American Option Is about to Be Exercised?
What Are the Disadvantages of Using Transaction Batching for Very Small, Urgent Trades?

Glossar