Integrating Technologies for a Seamless Play-to-Earn Experience: A Case Study on a Hyper-Casual Mobile Game with a Decentralized Ecosystem
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Keywords:Play-to-Earn, Hyper-casual, Web3.0, Blockchain, dApp, Mobile Game, Cryptocurrency, Smart Contract
This project integrates Web 3.0, web development, and mobile game development to create a play-to-earn (P2E) mobile game with a web component. The objective of this project is to seamlessly combine a mobile game with a website and a distinctive token ecosystem to provide players with an enjoyable experience. For the purposes of creating mobile games, websites, and smart contracts, respectively, the Unity Game Engine and the "Next.js' framework, Solidity, are employed. The project makes use of Web3 Modal, the MetaMask extension, Microsoft Azure PlayFab for player management, and Web3 Modal for a seamless interface with blockchain networks. The main outcomes of the project include successful implementations like a mobile game with simple gameplay that players can quickly understand and a website with an interface that will allow you to withdraw crypto tokens securely using smart contracts. By offering real benefits like personalized crypto tokens, the idea increases player participation. The primary conclusion to be drawn from this project is that combining gaming with blockchain integration results in a unique and engaging experience for gamers. In conclusion, our study shows that integrating several technologies to improve user experiences in the gaming and blockchain areas is both feasible and potentially rewarding.
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