Runiverse, a popular metaverse gaming platform, has announced a partnership with Polygon to offer a superior gaming experience to its users. Runiverse, which uses blockchain gaming and cryptocurrency knowledge to help gamers earn rewards, will offer fast-paced, dynamic gameplay that blends luck, strategy, and creativity.
The platform leverages real-time data from Binance to offer players a run-to-earn experience where market performance determines their speed. Gamers can earn rewards through rallies and holding Runiverse’s Player Skins and Tracks NFTs.
Polygon, which provides scalable, secure, affordable, and sustainable blockchain infrastructure, is the leading Layer-2 scaling solution for Ethereum. Recently, it has become the blockchain of choice for industry leaders like Reddit, Starbucks, The Walt Disney Company, and Meta. Its low fees, fast transactions, and interoperability with other blockchains such as Binance Smart Chain and Ethereum make it attractive to many companies.
Gip Cutrino, COO of Runiverse, said the gaming industry could encourage blockchain adoption and innovation. He also mentioned that the partnership with Polygon will offer players an innovative ecosystem that promotes community and creativity.
The partnership between Runiverse and Polygon aims to bring new events and opportunities to the Gamefi community, contributing to the growth and adoption of Web3 gaming.
Runiverse is known for its unique tracks that attract players and a community of competitors. The game combines double-or-nothing gameplay with blockchain technology to create a safe and fun ecosystem. Players can earn rewards by holding Runiverse’s Player Skins and Tracks NFTs, with the holder earning a 6% reward from the prize pool.
Polygon, which uses its native cryptocurrency MATIC for staking, governance, and gas fees, offers a modular framework that makes it easy for developers to build and deploy decentralized applications (dApps). The network has gained significant traction in the blockchain space, with many high-profile projects choosing to deploy on its network.