Babyllama, A Decentralized Play To Earn Gaming Protocol

Babyllama is a blockchain-based decentralized platform that operates on Binance Smart Chain. Babyllama is metaverse supportive Play to Earn NFT that benefits users to claim exciting rewards. The protocol serves as a meme token project that facilitates users to play mini-games and explore unique NFT collections. Babyllama strives better to build community-oriented gaming tools that help users to generate rewards and maximize their earning position. Users need to select Llamas, the cute little babyllamas that support users to collect NFTs and trading cards to participate in the gaming ecosystem. The…

Read More

LakeViewMeta, A Decentralized Open World Metaverse Platform

LakeView-Meta is a blockchain-based decentralized platform that operates on Binance Smart Chain. LakeView-Meta aims to develop an open-world metaverse platform that is applicable for real-world applications. The protocol maintains a multichain mechanism that enables users to transact in the top eight cryptocurrencies. The protocol enables users to leverage their yield by participating in Play to earn NFT games. The players are provided with collections of characters, and in-game assets like houses, cars, and many more to activate their playing behavior.  LakeView-Meta maintains high transaction efficiency and ensures a good level…

Read More

Ivar Coin, A Metaverse Supportive Protocol Based On BSC

Ivar Coin is a blockchain-based decentralized platform that operates on Binance Smart Chain. Ivar Chain aims to develop an ecosystem supportive to the blockchain, and Metaverse technology. Owning the metaverse technology and Quoram has benefited the protocol to claim high-end security standards backed with a framework that set up scalability standards and worked in support of a decentralized network. Ivar Chain protocol enables the users to create smart contracts and deploy them to metaverse chains via metamask.  The protocol introduces a Heavex, a play-to-earn game that facilitates the users to…

Read More