Every swap on a public DEX is visible before it executes.
Bots scan the mempool, spot your transaction and act before it confirms. Front-running, sandwich attacks – you get worse execution and they pocket the difference. It's a hidden tax on every DeFi swap.
1inch uses intent-based execution instead. You sign an intent, resolvers compete to fill it off-mempool, and your swap executes without ever being visible to bots.
The same model that protects from MEV also improves execution: resolvers source liquidity from DEXes, CEXes and internal inventory, competing to give you the best rate. Gas is covered by resolvers – you don't need native tokens.
How it works and why it matters:
Bots scan the mempool, spot your transaction and act before it confirms. Front-running, sandwich attacks – you get worse execution and they pocket the difference. It's a hidden tax on every DeFi swap.
1inch uses intent-based execution instead. You sign an intent, resolvers compete to fill it off-mempool, and your swap executes without ever being visible to bots.
The same model that protects from MEV also improves execution: resolvers source liquidity from DEXes, CEXes and internal inventory, competing to give you the best rate. Gas is covered by resolvers – you don't need native tokens.
How it works and why it matters:
1inch
MEV Protection in DeFi: How 1inch Prevents Front-Running | 1inch Blog
Learn how 1inch reduces MEV risk with intent-based swaps, private execution and resolver competition to prevent front-running and sandwich attacks.
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