Explore the limitations of traditional Web2 RNGs, how Chainlink VRF enables provably fair randomness, and the myriad of use cases it unlocks.

HackBG has been awarded a Chainlink Community Grant to build open-source templates that help reduce gas costs for NFT mints.

Learn how random number generators (RNGs) work, the types of randomness that exist, and why it is important in cryptography, blockchains, and Web3.

In cryptography, a verifiable random function (VRF) is a random number generator (RNG) that generates an output that can be cryptographically verified.

Non-Fungible Tokens, or NFTs, are digital tokens on a blockchain, each of which represents something unique, such as a piece of digital art, a special in-game item, a rare trading card collectible, or any other distinct digital/physical asset. NFTs stand in contrast to fungible tokens: Each is unique and cannot be swapped for another version…

Chainlink VRF v2 is now live on mainnet, providing highly scalable, configurable, and gas-efficient on-chain randomness for NFT creators and gaming dApps.

D3LAB receives a Chainlink grant to enhance their Sybil-resistant Probabilistic Quadratic Voting system using Chainlink VRF for DAOs.

Learn how Chainlink Hackathon prize winners Cozy Reef used multiple Chainlink services to power their blockchain gaming dApp.

This deep dive explores the various smart contract use cases enabled by Chainlink VRF’s tamper-proof and verifiable RNG.

The Starter Kit Showcase is an initiative that encourages developers to use our Starter Kits to create smart contracts that makes use of Chainlink tools.