Blockchain-based gaming has become a popular trend in the crypto space and accounts for thousands and millions of users. Over the last few months, blockchain gaming provided some of the highest revenues within the crypto space, showing the popularity and financial potential it wields.
Despite the popularity and huge user base, blockchain gaming can be made more trustworthy and reliable through a secure source of randomness which would facilitate fair gameplay and thrilling in-game experiences. Chainlink VRF (Verifiable Randomness Function) helps make blockchain games both thrilling and trustworthy by using a verifiable on-chain source of randomness. Developers can now design trustworthy smart contracts for any application that relies on uncertain outcomes thanks to verified, on-chain randomization for smart contracts.
Since it serves as a means for establishing unpredictability, verifiable randomness is incredibly significant and critical to the development of many applications. This unpredictability, in return, would protect a system from malevolent actors attempting to compromise it. Aside from being a system of security, it can also provide a layer of surprise to applications and help determine the outcome of procedures, and verify the creation of unique items.
Developers have been battling a huge problem for a while, which is finding an RNG source that cannot be tampered with or predicted is extremely tough. Many applications require random number generation (RNG), but acquiring a source of RNG that cannot be tampered with or predicted is a difficult task.
The Chainlink Solution
With Chainlink, such concerns can finally be put to rest. The Verifiable Randomness Function feature has been developed by Chainlink. Randomness is an important component in decentralized gaming and security applications. Chainlink is an imposing network that acts as a link between the blockchain space and some real-world data such as live asset prices, events, weather data, and games. Also, the Chainlink technology helps create security for smart contracts by producing verified on-chain randomness. Chainlink VRF may be used by smart contract developers to create dependable, smart contracts for any application or game where the outcomes are mostly unpredictable.
How It Works
Chainlink VRF provides a random number alongside cryptographic proof of how that unique number was derived for each new request for randomness. Before any consuming applications can use the proof, it must be published and confirmed on the blockchain. This approach would go on to ensure fairness and guarantee security and trust since the outcomes cannot be influenced or manipulated.
The Game Changer
Chainlink VRF has been a game-changer for most Smart contract developers who can now leverage VRF to make online games more trustworthy for their users and community members who might have doubts about the platform’s security by providing a verifiable on-chain source of randomization.
There are other benefits blockchain games stand to gain from VRF aside from security. For example, by creating hard and unpredictable settings and locations, as well as providing unpredictable player incentives like loot drops, VRF can make games more enjoyable and adventurous for users. Also, resources alongside tasks can be randomly assigned, which would enhance the credibility and fairness of the game.
Through cryptographic proofs, the Chainlink VRF delivers a solution that is directly auditable on-chain by any user. This technique would be both reliable and trustworthy as well as transparent since not even the oracle or project developers can manipulate or tamper with it. Such secured projects and applications will lay the groundwork for safe, trustworthy enterprise apps and processes that rely on randomness as a key component. Click here to learn more about the Chainlink community.