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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

3.0 Features Of Inery

PreviousKey Functionalities Of Inery Next3.1 Decentralized and Unstoppable

Last updated 3 years ago

The user data is typically owned and controlled by centralized entities in conventional databases. By using blockchain technology, Inery offers a decentralized database in a distributed system. It also combines the desirable properties of conventional databases such as complex search queries and low latency to facilitate an optimum solution for database management.

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)