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RomanPunks Will Integrate Chainlink VRF to Secure NFT Raffle Winners

RomanPunks is pleased to announce our official integration with Chainlink VRF to utilize the power of verified randomness to ensure impartiality in project contests and random distribution of profit sharing awards.

We’re excited to announce that RomanPunks — a retro-futuristic, cyberpunk-derivative, and world-building project on the blockchain — will integrate Chainlink Verifiable Random Function (VRF) on the Ethereum blockchain. By integrating Chainlink’s industry-leading decentralized oracle network, we can obtain access to a tamper-proof and auditable source of randomness needed to select and verify winners in giveaways and games that require true randomness. Ultimately this creates a more exciting, transparent, and fraud-proof user experience, as users have stronger certainties random collector bonus payments and prizes awarded in community raffles are selected and distributed through a fair and transparent process.

RomanPunks is an ambitious project with the vision to create open-world video games and comic books based on its set of 1,000+ ‘avatar’ characters minted on the Ethereum blockchain. RomanPunks have also recently expanded to the Worldwide Asset eXchange (WAX) blockchain with a series of colourful and irreverent ‘trading cards’ that bring the character’s personalities to life. As the RomanPunk ‘Empire’ expands to a wider audience, the ‘OG’ Ethereum 1:1 pieces listed on OpenSea as ERC-1155 serve as the primary store of value in the RomanPunk project.

1,000 uniquely hand-drawn RomanPunk avatars are the heart and soul of the RomanPunk project

In order to verify contest winners in the upcoming NFT promotional raffle for our collectors, we need access to a secure random number generator (RNG) that any user could independently audit. However, RNG solutions for smart contracts require several security considerations to prevent manipulation and confirm system integrity. For instance, RNG solutions using on-chain data like block hashes can be ex...

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