The technical architecture of the Gaimin gaming platform

Gaimin's architecture is designed specifically to handle decentralized GPU sharing, blockchain integration, and Web3 functionality, while ensuring it doesn't impact the user's gaming experience. The system monitors and allocates unused GPU power to ensure players don't encounter any performance issues while using it.

The platform adopts a modular architecture, which separates GPU sharing, blockchain integration, and market functions, enabling independent expansion and updating of individual components without affecting the entire system. Microservices are used to handle multiple tasks simultaneously, ensuring that the platform runs smoothly for both players and developers integrating Web3 functionality.

Gaimin also utilizes real-time data processing and AI-based allocation system to allocate GPU tasks based on the availability of current resources, thus maximizing computational efficiency. Cross-platform support allows users to interact with the platform on various devices, but the GPU sharing feature is currently limited to Windows systems. Security measures include data encryption and two-factor authentication, ensuring the secure management of computational resources and blockchain assets such as NFTs and DGAs.

Electron Programming Framework

Gaimin uses the Electron programming framework to achieve cross-platform support and scalability. The framework allows developers to build desktop applications using web technologies such as JavaScript, HTML, and CSS, ensuring a consistent user experience across different operating systems such as Windows, macOS, and Linux.

The use of Electron allows the platform to effectively expand, which is also the framework adopted by platforms such as Slack, Discord, and Twitch. Its integration with Node.js further enhances functionality, supporting modular development, including real-time data processing, secure communication, and encryption.

Although Electron simplifies the development process and supports cross-platform compatibility, its scalability is also limited when dealing with large-scale applications such as decentralized GPU sharing. In response to this, Gaimin handles high-load computing tasks through backend solutions to ensure that the platform remains responsive while the user base grows.

The framework supports rapid prototyping and deployment, enabling Gaimin to easily roll out updates and new features continuously on different platforms. Meanwhile, high-intensity computing tasks such as GPU sharing are mainly handled by Gaimin's backend infrastructure, ensuring no impact on performance during use.

VM compatibility and blockchain integration for game developers

Gaimin is compatible with the Ethereum Virtual Machine (EVM), allowing developers to connect their games to the Ethereum blockchain and automate in-game transactions and asset ownership processes using smart contracts. Through smart contracts, developers can create decentralized economies, enabling players to own, trade, and securely manage their digital assets.

Gaimin's ecosystem is based on the GMRX token, and players earn the token through gaming. With the GMRX token, developers can easily introduce a token-based economic system in games, allowing players to realize real-world value through game interaction.

Blockchain integration ensures that all transactions are recorded on an immutable ledger, preventing fraud or manipulation, and safeguarding players' assets and transaction security, similar to cryptocurrency transactions on the Ethereum blockchain.

Developers can create customized smart contracts to manage in-game processes such as rewards, transactions, and asset ownership, providing flexibility to build a secure blockchain game experience without compromising user experience.

APIs and SDKs for Web3 integration

Gaimin provides API and SDK to help developers add Web3 functionality to their games, such as blockchain, NFT, and decentralized economy. These tools are easy to use and do not require developers to have a deep understanding of blockchain, thus reducing the barrier for game developers to start building Web3 games.

Gaimcraft SDKDevelopers are allowed to tokenize in-game assets (such as weapons, skins, and collectibles) as NFTs and securely store them on the blockchain. Meanwhile, Gaimin's API simplifies the integration of smart contracts in games, enabling easy management of in-game economies, automated asset trading, reward distribution, and governance processes. These APIs are compatible with multiple platforms and game engines, such as Unity and Unreal Engine, allowing developers to focus on gameplay without dealing with the complexity of blockchain.

Gaimin's cloud infrastructure (gaimin.cloud)

gaimin.cloud is the decentralized infrastructure that powers Gaimin, aggregating the idle GPU computing power of gamers for tasks such as AI processing, video rendering, and blockchain computations. Players earn GMRX tokens by contributing their computing resources.

This cloud infrastructure provides an economical and scalable alternative for industries that require large-scale computing, such as AI training and video rendering, which is more cost-effective compared to centralized solutions. gaimin.cloud is also responsible for blockchain computing, including transaction verification and mining, making it widely applicable in various industries.

Key points

• Gaimin's architecture adopts a modular and scalable design, which can handle GPU sharing, blockchain integration, and real-time data processing.
• The Electron programming framework implements cross-platform functionality, allowing Gaimin to maintain consistent performance on various operating systems.
• EVM compatibility allows developers to integrate blockchain functionalities such as NFT and decentralized economy into games using Ethereum infrastructure.
• Gaimin's API and SDK provide developers with easy-to-use tools to help them create Web3 games.
• Decentralized cloud infrastructure aggregating GPU computing power for tasks such as AI training, video rendering, and blockchain computing.