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More than $500 mln in swap volume has now gone through 1inch Aqua. Every fill came directly from liquidity providers’ wallets: their tokens stayed in their wallets until the moment a swap actually filled.
Major blockchains are processing more activity while transactions get cheaper. For developers, the combination could open the door to a new generation of applications built around frequent, low-cost onchain interactions.
Ethereum gas fees can make or break a trade. This guide explains what they are, why they change and how to reduce gas costs.
1inch runs several bug bounty programs that reward researchers for finding vulnerabilities and helping make 1inch products more secure.
More than $500 mln in swap volume has now gone through 1inch Aqua. Every fill came directly from liquidity providers’ wallets: their tokens stayed in their wallets until the moment a swap actually filled.
Major blockchains are processing more activity while transactions get cheaper. For developers, the combination could open the door to a new generation of applications built around frequent, low-cost onchain interactions.
Ethereum gas fees can make or break a trade. This guide explains what they are, why they change and how to reduce gas costs.
1inch runs several bug bounty programs that reward researchers for finding vulnerabilities and helping make 1inch products more secure.
Providing liquidity has traditionally meant depositing tokens into a pool or vault and giving a smart contract custody of them until you withdraw. 1inch Aqua takes a self-custodial approach: your tokens stay in your wallet and move only when a swap fills.
With a 1inch limit order, eligible users can set the rate they want for a supported tokenized asset and let the order wait for the market to come to them.
Just-in-time liquidity can let opportunistic bots capture fees from swaps without taking the same ongoing exposure as long-term LPs. 1inch Aqua changes the structure that makes this possible.
In the first half of this year, over a thousand reports were submitted across six bug bounty programs, helping us to uncover vulnerabilities.
The third and final part of the CREATE3 series offers an example of how 1inch uses CREATE3.
In the second part of the CREATE3 series we’ll compare three production implementations (Solady, CreateX and the 1inch deployer) in depth.
In the first article of our series on CREATE3 we’ll discuss what a CREATE3 address actually depends on and when two "CREATE3 deployments" land on the same address.