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  • Welcome To INERY
  • INERY WHITEPAPER
    • Abstract
    • 1.0 Overview
      • 1.1 Introduction
    • 2.0 What Is INERY?
      • Key Functionalities Of Inery
    • 3.0 Features Of Inery
      • 3.1 Decentralized and Unstoppable
      • 3.2 Immutability
      • 3.3 Security
      • 3.4 Database Owner Control
      • 3.5 Complex Queries
      • 3.6 High Throughput
      • 3.7 Affordable
      • 3.8 Byzantine Fault Tolerance (aBFT)
    • 4.0 Inery Ecosystem
    • 5.0 IneryDB
      • IneryDB Functionalities
      • Cross-chain data management
      • IneryDB Design Goals
      • IneryDB Use Cases
      • IneryDB as DBaaS
    • 6.0 Inery Blockchain
    • 7.0 Use Cases
    • 8.0 Inery Token Utility
    • 9.0 Tokenomics
    • 10.0 Vesting Schedules
    • 11.0 Roadmap
      • 2020
        • Q1 2020
        • Q2 2020
        • Q3 2020
        • Q4 2020
      • 2021
        • Q1 2021
        • Q2 2021
        • Q3 2021
        • Q4 2021
      • 2022
        • Q1 2022
        • Q2 2022
        • Q3 2022
        • Q4 2022
        • Future
      • 2023
        • Q1 2023
        • Q2 2023
        • Q3 2023
        • Q4 2023
      • 2024
        • Q1 2024
        • Q2 2024
        • Q3 2024
        • Q4 2024
    • 12.0 Inery Official Links
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  1. INERY WHITEPAPER
  2. 3.0 Features Of Inery

3.3 Security

The integral blockchain characteristics integrated into Inery enable the security of the information. Inery integrated cryptographic mechanisms to add a layer of security and encryption to data. The cryptographic proofs ensure that data once stored on the blocks cannot be manipulated by anyone.

Another strategy is that the data remains more secure and accountable since Inery uses a decentralized architecture. All this further ensures security against fraudulent activities and facilitates data integrity.

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Last updated 3 years ago