project screenshot 1
project screenshot 2
project screenshot 3
project screenshot 4
project screenshot 5

Predictor

🚀 Get ready for the future of gaming with Predictor Game! 🎮 Join the DeFi revolution and make predictions to win rewards on the blockchain. No intermediaries, just pure fun and crypto excitement! #PredictorGame #DeFi #BlockchainGaming

Predictor

Created At

ETHOnline 2023

Project Description

The "Predictor" game is a decentralized blockchain game that allows users to bet on the price direction of assets during predefined rounds. It utilizes Solidity smart contracts and is built on the Scaffold-ETH 2 toolkit. Key functions include betting, starting and ending rounds, calculating rewards, and emitting events for transparency. Users can choose "long" or "short" positions and earn rewards based on their bets. This project can serve as a foundation for various prediction and betting games.

How it's Made

Smart Contract Development: The core of the project is a set of Solidity smart contracts. Solidity is a programming language used for writing smart contracts on the Ethereum blockchain. These contracts define the game's rules, logic, and interactions.

Decentralized Finance (DeFi): The project is built on the Scaffold-ETH 2 framework. Scaffold-ETH is a popular development framework that provides a foundation for creating Ethereum DeFi. It includes essential tools, libraries, and development patterns that streamline the process.

Blockchain: The project is deployed on the Ethereum blockchain, which provides the underlying infrastructure for executing the smart contracts, storing data, and facilitating transactions.

User Interface (UI): The user interface is designed to be user-friendly and intuitive, allowing players to place bets and view the game's progress. It utilizes modern web design principles and frameworks. The front-end of the project is developed using web technologies such as Next.js.

Security Measures: Security is a top priority in blockchain development. The project incorporates security measures to protect against vulnerabilities like reentrancy attacks, and it follows best practices for secure smart contract development.

Testing and Deployment: Smart contracts are thoroughly tested, and the project goes through multiple iterations before deployment on the Ethereum mainnet. Testnets are often used for initial testing and debugging.

Transparent Logic: Transparency and fairness are achieved through blockchain technology. All game logic, rules, and outcomes are coded into the smart contracts and can be independently audited.

Open Source: To encourage collaboration and transparency, the project may be open source, allowing developers and the community to review, contribute, and enhance the code.

background image mobile

Join the mailing list

Get the latest news and updates