Naxion White Paper
Naxion Official
English
English
  • Introduction
  • Disclaimer
  • 1. Abstract
  • 2. Characteristics of Naxion Network
    • 2.1. Development Purpose of NAXION
    • 2.2. Development for Versatile Commercial Services
    • 2.3. Designed for High Performance Services
    • 2.4. Secured & Convenient Network Accessibility
    • 2.5. Secure Node Application
    • 2.6. Minimal Network Processing Costs
    • 2.7. Eco-Friendly System with Resource-Efficient Network Maintenance
  • 3. Technical Specifications of Naxion Network
    • 3.1. Next-Generation PoW Network: Transparent, Secure, Decentralized
    • 3.2. Public Blockchain – Security-reinforced node for mutual authentication
    • 3.3. AI-Optimized Data Support Network
    • 3.4. Resource-Efficient Green Public Blockchain Network
    • 3.5. Data Privacy in NAXION Block Chain Network
    • 3.6. Data Security in NAXION Blockchain Network
    • 3.7. Block Validation and Consensus
    • 3.8. Enhanced Algorithm for Scaling Data-Processable Nodes
    • 3.9. NAXION Use Cases
  • 4. NXN Distribution Status
  • 5. Roadmap
  • 6. Discover Naxion
  • End of Document
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  1. 3. Technical Specifications of Naxion Network

3.5. Data Privacy in NAXION Block Chain Network

The NAXION mainnet establishes a private network within the GoEthereum-based Ethereum Virtual Machine (EVM). Its core framework is designed to support a robust service ecosystem, optimized for incentivized coin mechanisms and seamless smart contract execution.

With full decentralization, NAXION enables the deployment of diverse applications that evolve alongside the global commercial ecosystem. Its grid computing-powered infrastructure facilitates high-volume transaction processing, ensuring efficiency and scalability. Smart contracts on NAXION incorporate an incentive-driven model, allowing the network to function autonomously through transaction fees.

By introducing a decentralized automated application methodology, NAXION not only enhances transaction processing for financial and other services but also fosters a self-sustaining, data-driven economic model—a viable alternative to traditional centralized server structures.

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