ZeroX Network Whitepaper
  • 👋Welcome to ZeroX Network
  • 📖Overview
    • 💡Introduction
    • 🎮ZeroX Arcade
    • ✨ZeroX Network Explorer
  • 🪨Problems
    • 👁️‍🗨️Overview
    • 🗿Static Nature of Digital Assets
    • 📪Limited Use Cases
    • 🛸Lack of Interoperability
    • 🛠️Scalability and Efficiency Constraints
  • 💽Protocol
    • 👁️‍🗨️Overview
    • 👥Users
    • 💾Application Layer
    • 🕸️ZeroX Nodes
    • ⛓️Blockchain Layer
  • 🪙Tokenomics
    • 👁️‍🗨️Overview
  • 📜ERC-XXXX
    • 👁️‍🗨️Overview
    • 📀Specification
    • 🔼Update Module
    • 🗄️Event-Driven Mechanism
    • 📦Storage
  • 🛰️ZeroX Network
    • 👁️‍🗨️Overview
    • 🎡Utilities Management
    • 🎞️Status Synchronization
    • ⛓️Decentralized Network
    • ⚡Scalability and Efficiency
  • 🛸Applications
    • 👾Gaming
    • 👫Social
    • 🔮Other Apps
  • 🗺️Roadmap
    • 📆2024
  • 📚Miscellaneous
    • 📕Glossary
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  1. ZeroX Network

Status Synchronization

In the ZeroX network, the synchronization of tokens' states is managed by the network itself, facilitating a distributed or decentralized approach rather than relying on individual domain servers for state consistency. This design ensures that updates to digital assets are harmonized across the network and accurately recorded in the blockchain layer, providing all network participants with the latest state of each digital asset. By employing a decentralized mechanism for state synchronization, the ZeroX network upholds the integrity and consistency of the ecosystem, allowing for a secure and up-to-date view of digital assets without the need for cross-domain server synchronization. This method leverages the strengths of decentralized networks to maintain comprehensive and current asset records.

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Last updated 1 year ago

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