Filesystems: The Digital DNA of Data Storage
Explore Linux filesystems through interactive visuals. Learn VFS, compare ext4 vs Btrfs vs ZFS, and understand file operations.
Explore machine learning concepts related to storage. Clear explanations and practical insights.
Explore Linux filesystems through interactive visuals. Learn VFS, compare ext4 vs Btrfs vs ZFS, and understand file operations.
Learn how filesystem journaling prevents data loss during crashes. Explore write-ahead logging and recovery in ext4 and XFS.
Understand Linux inodes - the metadata structures behind every file. Learn about hard links, soft links, and inode limits.
Understand Copy-on-Write (CoW) in Btrfs and ZFS. Learn how CoW enables instant snapshots, atomic writes, and data integrity.
Explore ext4, the default Linux filesystem with journaling, extents, and proven reliability. Learn how ext4 protects your data.
How modern filesystems create instant snapshots. Explore Btrfs/ZFS snapshot mechanics, rollback operations, and backup strategies interactively.
Understand how NTFS organizes files through the Master File Table (MFT), including the key distinction between resident and non-resident file storage.
Learn Btrfs with built-in snapshots, RAID, and compression. Explore copy-on-write, subvolumes, and self-healing on Linux.
Master ZFS filesystem with pooled storage, RAID-Z, snapshots, and checksums. Learn enterprise-grade data integrity on Linux.
XFS filesystem internals: allocation groups, extent-based allocation, and delayed allocation for high-performance parallel I/O.
Learn FAT32 and exFAT filesystems for cross-platform USB drives and SD cards. Understand file size limits and compatibility.
RAID storage visualized: RAID 0, 1, 5, 6, and 10 levels explained. Learn how they work, when to use them, and disk failure recovery.