Power AI
  • Introduction
  • Problem Statement
  • Our Solution: Power AI
  • How It Works
    • Decentralized Computing
    • Incentive Mechanism
    • Environmental Sustainability
  • Technology
    • Platform Architecture
    • Security and Privacy
    • Interoperability
  • Tokenomics
    • Token Allocation
    • Utility of Power AI Tokens
  • Roadmap
  • Team
  • Partnerships
  • Community Engagement
  • Future Vision
  • Links
Powered by GitBook
On this page
  1. Technology

Platform Architecture

Decentralized Network

  • Node Network: Power AI connects thousands of idle GPUs from contributors around the world, forming a vast decentralized network. Each GPU acts as a node, contributing computing power to the network.

  • Smart Scheduling: Our platform employs advanced scheduling algorithms to distribute AI tasks across the network. This ensures optimal utilization of resources, balancing the load effectively to maximize performance and minimize latency.

  • Scalable Infrastructure: Power AI’s architecture is designed to scale seamlessly as more nodes join the network. This scalability allows us to handle increasing demand for AI computing power efficiently.

Core Components

  • Task Manager: Manages the submission, distribution, and execution of AI tasks across the network.

  • Resource Manager: Monitors and manages the availability and performance of GPU resources, ensuring efficient use of the network.

  • Reward System: Utilizes smart contracts to calculate and distribute rewards to contributors based on their participation and computing power provided.

PreviousTechnologyNextSecurity and Privacy

Last updated 9 months ago