System and method for online game platform

System and method for online game platform

System overview:

System components: The online game platform integrates game engine module, virtual currency module and audit module to support multiple games and currency transactions.

Currency compatibility: Supports one or more virtual currencies (such as Bitcoin, Ethereum, etc.) and legal currencies, and players can seamlessly use these currencies for games and transactions in the game.

Game play fairness verification:

Audit module function: By capturing, storing and hashing game data, and then recording the hash value on the blockchain, the fairness of the game play is verified.

Real-time data processing: Real-time capture and processing of game data, generating hash values ​​and storing them in the database to ensure the integrity and immutability of the data.

Blockchain recording: Recording the hash value of the game data on the blockchain, using the openness, transparency and immutability of the blockchain to provide players with a means to verify the fairness of the game.

Game data and currency management:

Data encryption: The captured game data is encrypted and stored to ensure the security of the data.

Multi-round data hashing: The hash values ​​of multiple rounds of game data are further hashed to generate multiple rounds of hash values, reducing the number and cost of blockchain transactions.

Currency conversion and display: Support players to use multiple currencies in the game, and provide currency conversion and real-time display functions to enhance user experience.

Player interaction and verification:

Player request audit: Players can request an audit of game data for a specific round, and the system verifies the fairness of the game by comparing the hash value on the blockchain with the stored game data hash value.

Players provide data verification: Players can also provide their own recorded game data and compare it with the data stored by the system to further verify the fairness of the gameplay.

Currency trading and settlement:

Currency exchange: The platform supports players to use virtual currency or legal currency for games and transactions, and provides currency exchange functions.

Real-time settlement: Real-time settlement of players' winnings in the game, and pays the bonus to the player in the corresponding currency according to the player's choice.

System integration and expansion:

Virtual currency module: Not only manages virtual currency accounts, but also conducts currency exchange, supporting players to use multiple currencies for games.

Integrated crypto wallet: The platform can integrate third-party crypto wallets, enabling players to pay for games directly from their wallets, improving convenience.

Cross-platform transactions: The platform supports players to interact seamlessly with third-party crypto trading platforms, eliminating players' dependence on fund storage platforms.

Challenge and dispute resolution:

Player challenge function: Players can initiate challenges in the game, and the platform verifies the challenge results through recorded game data to ensure the fairness of the game.

Dispute resolution: When a dispute occurs, the platform can use the data records on the blockchain to provide fair evidence to help resolve the dispute.

Summary of short answer questions:

What system is mainly described?

It mainly describes a system for an online game platform that integrates a game engine module, a virtual currency module, and an audit module, and is designed to verify the fairness of the game play through data processing and blockchain technology.

How does the system ensure the fairness of the game play?

The system captures real-time data during the game, processes the data using a hash function, and records the hash value on the blockchain. Players can request an audit of the game data, and the system verifies the fairness of the game by comparing the hash value on the blockchain with the stored game data hash value. In addition, players can also provide their own recorded game data for comparison and verification.

What types of currencies does the system support?

The system supports a variety of virtual currencies (such as Bitcoin, Ethereum, etc.) as well as legal tender. Players can use these currencies seamlessly in the game for gaming, trading, and settlement.

What role does blockchain play in game verification?

Blockchain plays a core role in game verification. The system records the hash value of game data on the blockchain, taking advantage of the openness, transparency, and immutability of the blockchain, to provide players with a reliable means to verify the fairness of the game. Data records on the blockchain can serve as fair evidence to help resolve disputes during the game.

What are the functions of the virtual currency module?

The virtual currency module is responsible for managing and issuing virtual currencies, and supports players to use virtual currencies for transactions and settlements in the game. At the same time, the module also performs currency exchange, supporting players to convert virtual currencies into legal tender or legal tender into virtual currencies. In addition, the virtual currency module can also integrate third-party encrypted wallets, allowing players to pay for games directly from their wallets.

How do players initiate challenges in the game?

Players can initiate challenges in the game through the challenge function provided by the system. The system verifies the challenge results based on the recorded game data to ensure the fairness of the game. If a dispute occurs, players can request verification of a specific round of game data through the audit function provided by the system.

How does the system reduce the number and cost of blockchain transactions?

The system further hashes the hash values ​​of multiple rounds of game data to generate multiple rounds of hash values ​​and records them in batches on the blockchain, thereby reducing the number and cost of blockchain transactions. This approach ensures data integrity and immutability while also improving the efficiency and scalability of the system.