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OpenZFS - Advanced Filesystem and Volume Manager for Linux and FreeBSD

OpenZFS is an advanced filesystem and volume manager widely used for robust data storage solutions on Linux and FreeBSD systems. It offers features like data integrity verification, snapshots, pooling, and more, making it ideal for servers, workstations, and enterprise storage.

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Added on 2025年6月12日
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OpenZFS - Advanced Filesystem and Volume Manager for Linux and FreeBSD preview
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Project Introduction

Summary

OpenZFS is a powerful, open-source storage platform that provides enterprise-grade features designed to ensure data integrity, simplify administration, and offer advanced capabilities like snapshots, clones, and flexible storage pooling.

Problem Solved

Traditional filesystems often lack built-in data integrity checks, advanced volume management capabilities, and integrated features like snapshots and pooling, leading to increased complexity, potential data loss, and difficulty scaling storage.

Core Features

Storage Pooling

Combines storage devices into flexible pools, simplifying storage management.

Copy-on-Write (CoW)

New data is written to a fresh block, preserving the old data until the new write is complete and verified, enhancing data integrity.

End-to-End Data Integrity

Verifies data integrity using checksums at every level, automatically detecting and correcting data corruption (bit rot).

Snapshots

Create read-only copies of a filesystem or volume at a specific point in time, instantly.

Tech Stack

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Linux Kernel Module
FreeBSD Kernel Module
Userland Utilities
POSIX Interface

Use Cases

OpenZFS is suitable for a wide range of applications demanding high reliability, scalability, and advanced data management features. Common use cases include:

Enterprise Data Storage

Details

Deploying OpenZFS pools on servers for storing critical business data, databases, or file shares, benefiting from its checksumming and self-healing capabilities.

User Value

Ensures long-term data integrity and simplifies storage scalability.

Virtualization and Container Storage

Details

Using ZFS datasets/zvols as storage backends for virtual machines and containers, taking advantage of features like instant snapshots, cloning, and deduplication.

User Value

Improves VM/container density, accelerates provisioning, and simplifies backup/recovery.

Data Archiving and Backup Repositories

Details

Building reliable backup servers or archives where data integrity over time is paramount, using checksums and snapshots for point-in-time recovery.

User Value

Provides verifiable, corruption-resistant storage for long-term data retention.

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