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Paraverse White Paper
  • Paraverse: A Decentralized Operating and Trading Platform for 3D Digital Assets
  • Digital Parallel World
    • What is the "Digital Parallel World"?
    • Enabling Seamless Interaction with the Digital Parallel World
  • The Pain Points and Technical Challenges
    • The Pain Points and Technical Challenges
  • Paraverse Product Solutions
    • Paraverse Product Architecture Design
    • Operational System for the 3D Digital Parallel World — ParaLab
    • 3D Digital Parallel World Asset Utilization and Circulation System — ParaHere
    • Decentralized Distributed Rendering Network — Lark Network
    • Product Features
  • User Group Demand Analysis and Economic Ecosystem
    • User Group Demand Analysis
    • Paraverse Economic Ecosystem
      • User Payment System
      • Ecological Growth Strategy
      • Dynamic Analysis of PVS Token Market Capitalization Growth
  • Paraverse Core Technologies and Capabilities
    • Visual Computing GPU Resource Pooling
    • Cloud XR Network Transmission System
    • Distributed Validation Storage and Encrypted Operation of 3D Assets
    • Web3.0 combined anti-cheating mechanism for 3D applications
  • 3D Digital Asset Economic System Design
    • Token Design
      • Token Value Accumulation
      • Initial Token Distribution
      • Token circulation and stability
    • Incentive Mechanism
      • Rendering income
      • Validation Reward
      • Staking Rewards
    • Penalty Mechanism
  • Security and Privacy
    • Access Control and Authentication
    • Privacy Protection and Anonymity
    • Network Attack Prevention Measures
  • ParaDAO Community and Ecosystem
    • ParaDAO Community and Ecosystem
  • Ecosystem Development Roadmap
    • Ecosystem Development Roadmap
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  1. Security and Privacy

Privacy Protection and Anonymity

In the Paraverse blockchain network ecosystem, privacy protection and anonymity are not default features because the essence of blockchain is openness and transparency. However, to enhance privacy protection and anonymity, the platform has integrated a series of privacy features into the network's ecosystem design, aiming to provide users with secure and efficient rendering services. Through these privacy and anonymity measures, we are committed to protecting users' privacy rights and providing a secure, anonymous, and private environment. Users can interact and use the platform freely without worrying about personal privacy and data security.

  1. Anonymous Rendering Task Requests: On the Paraverse platform, users can initiate rendering task requests anonymously without disclosing their real identities or personal information. This ensures that the rendering activities users participate in on the platform are private and secure while protecting their privacy rights.

  2. Miners' Anonymous Participation in the Network: The platform uses blockchain technology for identity verification, ensuring that miners' identity information is effectively authenticated and recorded on the blockchain. However, to protect miners' privacy, the platform employs zero-knowledge proof technology, allowing miners to participate in rendering tasks on the platform without revealing their real identities or personal information. This decentralized identity verification mechanism ensures that users' interactions on the platform are anonymous and their identity information is not exposed.

  3. Data Anonymization: The platform employs advanced anonymization algorithms to process job data that contains sensitive information, effectively replacing sensitive data with anonymous or obfuscated data. This ensures that sensitive information is not leaked during the rendering task process. At the same time, the data remains reversible, so after the rendering task is completed, users can still recover their original data from the output results without worrying about data loss or irreversibility.

  4. Smart Contract Privacy: When processing the execution and interaction of smart contracts, zk-SNARKs technology is widely used in the Paraverse network ecosystem, aiming to perform verifications while maintaining user privacy, such as verifying the correctness of rendering transactions without revealing the detailed contents of the transaction.

Through these features, the Paraverse network ensures that users' rendering experience on the platform is private and secure, protecting all rendering tasks and ensuring that users' personal information and data are not leaked or misused. We will continue to monitor the development and innovation of privacy protection technologies in the Web 3.0 space, constantly optimizing our privacy protection mechanisms to provide the safest and most reliable rendering services. As a leading decentralized real-time cloud rendering platform, the Paraverse network is dedicated to protecting users' privacy rights and creating a more secure and private rendering environment for users.

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Last updated 2 months ago