The problem ClashBattel solves

The transformational potential of Web 3.0 technologies served as the motivation for this online multiplayer NFT card game. Our goal was to develop a captivating, live gaming experience that highlights the potential of smart contracts and blockchain technology. To that end, we made use of the fast and inexpensive transactions of the Lisk L2 platform .

Our objective is to investigate the potential of decentralized apps and Real-World Assets (RWA) NFTs while offering consumers a smooth and engaging gaming experience.

It Make original characters. Participate in real-time battles against other players by logging on. Select battlegrounds and plan your moves to outwit adversaries. For safe and transparent transactions, use smart wallet integration. Take pleasure in an immersive and graphically spectacular gaming experience. True digital ownership is provided via the game's use of NFT technology, which guarantees that every card and character is distinct and belongs to the user.

We combined blockchain technology with contemporary web development to create ClashBattel:

Frontend: React.js was used to create a dynamic and adaptable user interface.
Blockchain: Solidity was used to implement smart contracts on the Lisk Sepolia Testnet.
NFT Metadata: The NFTs' metadata was stored on IPFS. Each card's and character's specifics, including qualities, pictures, and other pertinent data, are included in this metadata. IPFS is utilized to store metadata in a decentralized fashion, guaranteeing its security, immutability, and constant accessibility.
Integration: Wallet integration and smart contract interactions were made possible by utilizing Ethers.js to connect the React.js frontend to the blockchain. appearance: The goal was to improve the gaming experience by combining interactive components with an eye-catching appearance.

Challenges I ran into

While creating ClashBattel, faced a number of difficulties:

Blockchain Integration: Making sure the game and the blockchain integrate safely and smoothly.
Real-Time Interactions: Including live fighting elements and real-time gameplay mechanisms. Writing and testing reliable smart contracts to manage transactions and game logic is known as "smart contract development."
User Experience: Designing a simple and entertaining user interface that appeals to both blockchain technology novices and seasoned players.