Enerzion
  • Why there's still no acceptable data storage solution?
    • Centralization: A Privacy Paradox
    • Lack of Transparency and Control
    • Inadequate Regulation and Enforcement
    • Technological Challenges and the Rise of Big Data
    • The Way Forward
  • Why Decentralized Storage
    • Enhanced Security
    • Data Sovereignty and Privacy
    • Cost Efficiency
    • Scalability and Reliability
    • Future-proofing Against Technological Changes
  • Introducing Enerzion
    • Gradient of Line
    • Gradient of Data
  • Data Uploading Concept
    • Properties of SF
    • Data Storage Conditions for Downloaders:
  • Data Recall Concept
  • Consistency
  • Risk Minimization Algorithm (RMA)
    • How RMA works
    • RMA's Red Limit
    • User Permission
  • Storage NFT
    • NFT Price
    • SmartContract Agreement
  • Data Insurance
    • How It Works
    • Why Choose Data Insurance?
    • Eligibility and Terms
  • ENR token
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  1. Data Uploading Concept

Properties of SF

Following the data compacting and encrypting process, Enerzion distributes encrypted data fragments—known as Splitted Files (SF)—to a number of other users (downloaders). These users receive the data files under the following conditions:

  • They cannot access the original, unencrypted file.

  • They cannot decrypt the files.

  • Each file is unique and identified by a specific code and a separate NFT.

  • The files are free from any malicious code.

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Last updated 1 year ago