UFS Explorer supports virtually all modern file systems. It allows users to read and recover data across platforms without native operating system drivers. NTFS, FAT, FAT32, exFAT, and ReFS. macOS: HFS+, APFS. Linux: Ext2, Ext3, Ext4, XFS, Btrfs, F2FS, and JFS. Unix & BSD: UFS, UFS2, ZFS. Advanced RAID Reconstruction
A suspect uses VeraCrypt to encrypt a hidden partition on an external drive, then deletes the volume header. Law enforcement creates a forensic image (E01) of the drive. UFS Explorer Forensic Edition loads the image, runs a scan for encrypted container signatures, attempts to brute-force the password based on known keyfiles, and successfully mounts the decrypted volume. The investigator extracts incriminating documents without ever altering the original evidence. ufs explorer
SysDev Laboratories identified this gap. Their goal was to create a unified engine that could parse the low-level structures of virtually any file system and present them through a coherent, actionable interface. The name "UFS Explorer" pays homage to the original Unix File System (UFS), which was notoriously difficult to recover due to its complex fragment and cylinder group structures. By successfully taming UFS, they proved their engine could handle almost anything. UFS Explorer supports virtually all modern file systems