Tentacular has finally integrated Chainlink Verifiable Random Function (VRF) into their utility-enabled NFT collection. Now, they have access to an industry-leading decentralized oracle network that offers tamper-proof and verifiable random functions.
With the integration of Chainlink VRF, the Tentacular Berry Juicer Game will randomly select winners, creating a more transparent user experience, and players will know that the winners are selected randomly.
Tentacular
With 5,556 Planet Berrylius citizens, Tentacular is a utility-enabled NFT collection where these citizens have escaped, and now they are migrating to the Ethereum blockchain. As you own a Tentacular, you are given access to the Tentacular ecosystem, where you can farm berries and use them in the game.
The game features strategy and chance – the players can save up their berries or use them all at once. Players can use their farmed berries for weekly, monthly, or yearly Juice Squeezes if they want to win big.
Chainlink VRF x Tentacular
In the game, players will rely on the randomness of the daily prize pool. Thanks to Chainlink VRF, the prize pool now has a verifiable random function that’ll make sure that Juice Squeeze winners are selected randomly.
Choosing Chainlink VRF wasn’t easy for Tentacular as there are a lot of random number generators in the market. However, Chainlink’s on-chain verification system and cutting-edge academic research made a difference for Tentacular.
About Chainlink VRF
Chainlink VRF is a highly secure and provably fair source of on-chain randomness for all kinds of blockchain-based applications, NFTs, and games. Random Number Generation (RNG) is a mechanism for unpredictability.
RNG secures the outcome against reverse engineering. However, it’s vulnerable to miner attacks, and it requires complete trust in the data provider when it comes to off-chain implementation.
Chainlink VRF is explicitly designed to support smart contracts’ needs, providing them with an open-source and easily integrated RNG solution directly auditable on-chain by any user via cryptographic proofs. With this technology, even the oracle provider or the project developers can’t tamper the outcome.