Docs
Official Website
  • Metakraft Documentation
  • Getting Started
    • 📖Disclaimer
    • 🚄Our Journey
    • đŸŠčAbout
  • How Metakraft AI works
    • 📑Market and Trend Analysis
      • Overview of the current trend and market
      • Existing Gaps and Opportunities in the Market for Metakraft AI
      • The Evolution of 3D Experiences and Technology
    • 🔱Creative Layer: All into Games
      • ⚒EDK
      • đŸ€–AIGC
        • 🍧Asset Generation
          • Create first Model
          • Block Models
        • đŸƒâ€â™‚ïžText-to-Animation
          • Components
        • đŸ§‘â€đŸ’ŒCharacter Generation
          • Creating Avatars & Animations
        • 🎼InGame UGC - API
          • Generating API Key
          • Creating a Basic Scene
        • ⚙Custom Models & Tools
      • đŸ”œIP Management
        • đŸ”ŒLaunching your IP's
      • 🆔Game ID
      • ⌛KRAFT Protocol
    • 🃏Marketplace
    • đŸ„œImmersive Media - Games and XR Systems
      • 🛾XR Systems
        • đŸ„œHead-Mounted Display (HMD)
        • đŸ–ČTracking Systems
        • ⚙XR Runtime
          • 🔼OpenXR Framework
      • đŸ–ïžGame Design Ecosystem
        • Game Engines
        • Spatial Audio
        • Web3.0 SDK
    • đŸ€–Framework & Compatibility
      • 🛾XR Systems
        • XR Runtime
      • đŸ–ïžGame Design Ecosystem
        • Web3.0 SDK
          • Wallet
          • Identity
  • Token Economy
    • 🚀Tokenomics & Utilities
    • đŸȘ™About $KRFT Token
    • đŸŠčUsecases for Token
  • Roadmap
    • 🚀Roadmap
  • How to Join
    • 🚂SPX Nodes
      • Node Rewards and Benefits
      • Technical Requirements
      • Node-as-a-Service Partnerships
      • Partnering with Third-Party Services
      • Delegating Node Operations
      • Security and Compliance
      • Buyback Program
    • đŸ‘ŸCreator & Ambassador Program
  • Conclusion
    • đŸ€žConclusion
    • 🐟Disclaimer
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  1. How to Join
  2. SPX Nodes

Security and Compliance

Security Protocols

Metakraft prioritizes security in all aspects of its node operations, implementing robust protocols to protect the network and its participants. Each validator node is designed with advanced security features to ensure the integrity and confidentiality of data processed on the network.

Encryption and Security Measures for Node Operations

To safeguard the node operations, Metakraft employs industry-standard encryption techniques and security measures. This includes:

  • TLS (Transport Layer Security): Ensures secure communication between nodes and the Metakraft network, protecting data in transit from eavesdropping and tampering.

  • End-to-End Encryption: Protects the data from being accessed by unauthorized parties throughout its journey across the network.

These measures collectively ensure that node operations remain secure, private, and resistant to various cyber threats.

Anti-Sybil Mechanisms and Fraud Prevention

Metakraft implements stringent anti-Sybil mechanisms to prevent fraudulent activities and ensure the network's integrity. These mechanisms include:

  • Identity Verification: Nodes are required to undergo a verification process to prevent the creation of fake identities and ensure that each node operator is legitimate.

  • Reputation-Based Systems: Nodes are evaluated based on their performance and historical behavior, with penalties for nodes that attempt to manipulate the system or engage in dishonest activities.

  • Automated Detection Systems: The network employs automated systems to detect and flag suspicious activities, such as the creation of multiple nodes by bot entities to do dishonest transactions.

These security and compliance measures are critical in maintaining a trustworthy and resilient network, ensuring that all participants can operate their nodes with confidence and peace of mind.

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Last updated 9 months ago

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