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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

3.1 Decentralized and Unstoppable

Unlike conventional databases, there are no central servers where data can be stored on one single entity. In Inery, every node is owned and operated by a different entity enabling a decentralized structure and eliminating a single point of failure.

Nodes of the network process data and the load is shared between all the participants. This ensures that even if one node fails, the overall system continues to run. The failure of one or more nodes does not affect the network which will continue to operate.

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Last updated 3 years ago