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  • Supernet Computing Power Credit System
  • Core Architecture and Functions
  • System Advantages
  • Application Scenarios

Decentralized GPU System

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Last updated 2 months ago

Supernet Computing Power Credit System

Supernet provides an innovative computing power credit system designed to efficiently integrate distributed computing resources, offering developers and users a scalable, low-cost, high-performance computing solution. By combining AI OS with decentralized networks (such as node communication protocols), Supernet has built a unique computing power credit ecosystem.

Core Architecture and Functions

  1. Computing Power Provision and IntegrationSupernet integrates globally distributed computing resources into a unified computing pool through its node network. Users can perform distributed computing for tasks such as AI model training, with computing power consumption for each task being recorded and converted to credits in real-time.

  2. Credit Calculation and Distribution

    • Computing Credit Rules: Each user receives corresponding computing credits based on their contributed computing resources (such as GPU time, task complexity).

    • Credit Usage: Computing credits can be used to pay for network services, exchange for resource usage rights, or traded for economic returns.

    • Dynamic Balance Mechanism: Supernet uses smart contracts to dynamically adjust credit distribution weights, ensuring fair credit incentives for users with high contributions and demands.

  3. Task Distribution and ExecutionLeveraging its distributed architecture, Supernet's computing task distribution system automatically assigns computational tasks to optimal nodes based on task scale, complexity, and resource availability. The computing power provided by AI OS ensures task execution efficiency and security.

System Advantages

  1. Efficient Computing Resource UtilizationThrough distributed networks and heterogeneous GPU-supported high-performance computing, Supernet significantly improves computing power efficiency while reducing costs.

  2. Incentivization and AutonomyThe credit system encourages more users to contribute computing power, supporting a positive cycle of resource supply and demand while achieving high network autonomy.

  3. Seamless Developer ExperienceSupernet's computing credit system seamlessly integrates with existing blockchain protocols and applications, allowing developers to quickly deploy and expand their application scenarios.

Application Scenarios

  • AI Model Training and Inference: Developers can quickly complete large-scale training tasks based on distributed node computing support.

  • 3D Rendering and Video Processing: Users can complete complex rendering tasks by paying with computing credits.

  • Decentralized Computing Market: Supernet's credit system supports computing power trading, building a bridge between computing power providers and users.

Decentralized GPU