High-Low Game - Decentralized Blockchain Game

The High-Low Game is a decentralized game built on the blockchain, allowing players to predict whether the next number will be higher or lower than the previous one. This game integrates with smart contracts, ensuring a fair, transparent, and trustless gaming experience. Players can place bets and potentially win tokens by correctly predicting the outcomes.

Features

• Play the High-Low game by predicting if the next number will be higher or lower.
• Use MEME tokens (or your token of choice) to place bets.
• Secure, trustless transactions powered by Ethereum smart contracts.
• Transparent and immutable transaction history on the blockchain.
• Integration with MetaMask for wallet connection and token management.
• Real-time updates for player balances, bet amounts, and attempts.

Contract Details

• Contract Address Token: 0x922348142A93D5820D6aeBDE7fd2D8e6d19a2c2A
• Contract Address HighLow: 0x5B278EF9B4131299403c0F8b477225615c2F8E4A
• Network: Edu Chain

Deployment

• Contract Address Token: View on Explorer

• Contract Address HighLow: View on Explorer

• Coin Used: MEME (or FINALCOIN) - FC

How to Use

1. Connect Wallet: Players connect their wallet via MetaMask.
2. Claim Tokens: Players can claim MEME tokens to start playing.
3. Place Bet: Players enter their bet amount and select "Higher" or "Lower."
4. Play the Game: The game will evaluate the prediction, update the number, and check if the bet is correct.
5. View Balance: Players can view their current MEME coin balance and the number of attempts made.

Frontend

The frontend is designed to interact with the High-Low Game smart contract. It is built with HTML, CSS, and JavaScript, and connects to the Ethereum blockchain using the Web3.js library.

Technologies Used:

• Frontend: HTML, CSS, JavaScript
• Blockchain: Ethereum Smart Contracts (Solidity)
• Library: Web3.js for blockchain interaction
• Wallet Integration: MetaMask

Getting Started

1. Clone the repository and install dependencies.
2. Deploy the smart contract to a test network.
3. Configure the frontend to interact with the deployed contract.
4. Connect MetaMask to fund the contract and start placing bets.

Future Enhancements

• Add more game variants with different types of predictions.
• Implement multi-player functionality to allow for competitive play.
• Real-time transaction history display for each user.
• Implement a leaderboards system to reward top players.
• Integration with IPFS to store game data and user statistics.

License

This project is open source under the MIT License.