Highly detailed pixel art NFT-collection Twitter https://twitter.com/bullishbytes
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Honest and verifiable reveal. Since the art and ID of the dogenals are already known, it is essential to avoid manipulating this during the mint. How do we do this for our wrapped collection? How we do this:
We created a particular smart contract using Chainlink VRF to allow us to get a verifiable random distribution for the reveal stage. Chainlink VRF (Verifiable Random Function) is a provably fair and verifiable random number generator (RNG) that enables smart contracts to access random values. It means that no one can cheat to get the rarest art, not the team, not anyone in the community, and not miners using MEV.
After a mint, each wrapped token will have an ID assigned to it. We will get a random offset of this ID and its corresponding inscription using our smart contract.
Example: Alice minted wrapped token #10. Jhon minted wrapped token #69. The random offset obtained by the smart contract is 42.
After the reveal, Alice will get BullishBytes #52 on Dogenals (10+42), and Jhon will get #11 (69+42-100).
It's simple and easy to check. The smart contract is designed so that you can only get the offset once for the specified collection address. No one can change the offset ever.
Honest and verifiable reveal. Since the art and ID of the dogenals are already known, it is essential to avoid manipulating this during the mint. How do we do this for our wrapped collection? How we do this:
We created a particular smart contract using Chainlink VRF to allow us to get a verifiable random distribution for the reveal stage. Chainlink VRF (Verifiable Random Function) is a provably fair and verifiable random number generator (RNG) that enables smart contracts to access random values. It means that no one can cheat to get the rarest art, not the team, not anyone in the community, and not miners using MEV.
After a mint, each wrapped token will have an ID assigned to it. We will get a random offset of this ID and its corresponding inscription using our smart contract.
Example: Alice minted wrapped token #10. Jhon minted wrapped token #69. The random offset obtained by the smart contract is 42.
After the reveal, Alice will get BullishBytes #52 on Dogenals (10+42), and Jhon will get #11 (69+42-100).
It's simple and easy to check. The smart contract is designed so that you can only get the offset once for the specified collection address. No one can change the offset ever.
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