ZDUCK WHITEPAPER v1.0
  • Introduction
  • ZDUCK
    • Introduction to ZDUCK
    • Purpose and Objectives
    • System Architecture
    • Conclusion
  • $ZDK
    • $ZDK Coin
    • Purpose of $ZDK
    • Economic Design
    • Utility within the Ecosystem
  • ZDUCK Architecture
    • Overview
    • Core Components of the ZDUCK Architecture
    • Design Principles
    • Data Layer
    • Model Management Interface
    • Reward System
    • Verification and Arbitration Layers
    • Monitoring and Feedback Loop
  • Storage Nodes
    • Overview
    • Roles and Functions
    • Operation
    • Storage Node Reward System
    • ZDUCK Network Integration
  • ZNEST
    • ZNEST Platform
    • Model Selection and Customization
    • Blockchain Integration
    • Model Testing and Validators
    • Usage-Based Reward Structure
  • Tokenomics
    • Basic Information
    • Utility
    • Key Functions
    • Reward System
    • $ZDK Token Vesting Plan and Allocation
  • Team
  • ZDUCK Business and Development Roadmap
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  1. Storage Nodes

Roles and Functions

Storage nodes are globally distributed and tasked with storing various types of data, ranging from simple datasets to complex AI model parameters. Their primary functions include:

  • Data Redundancy and Availability: Each piece of data is replicated across multiple nodes to prevent data loss and ensure high availability. This redundancy also helps distribute the workload across the network, improving overall performance.

  • Secure Data Storage: Storage nodes leverage blockchain’s encryption and security protocols to protect data from unauthorized access or tampering, ensuring a secure data storage environment.

  • Data Retrieval: These nodes respond to network queries, retrieving and transmitting requested data to users or applications. This capability is crucial for AI models that rely on real-time data for optimal performance.

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Last updated 5 months ago