| Edition | Target User | Key Features | | :--- | :--- | :--- | | | Home users, small IT shops | Basic undelete, partition repair, supports HDD/USB/SD cards. Reads common file systems (NTFS, FAT, exFAT, ext2/3/4, HFS+). | | Professional Recovery | Data recovery labs, IT pros | All Standard features, plus advanced RAID reconstruction, network recovery (iSCSI, FC), storage pool analysis, and support for VMFS, APFS, XFS. | | RAID Recovery | Specialized RAID repair | Focused exclusively on RAID and disk array reconstruction. Includes the full RAID Builder and block-level analysis. | | Network RAID | Enterprise & forensic teams | The top tier. Adds support for NAS appliances (Synology, QNAP, etc.), Drobo, storage virtualization, and distributed file systems. | | Forensic | Law enforcement, eDiscovery | Includes write-blocking via hardware, hash calculation (MD5, SHA-1, SHA-256), chain-of-custody logging, and integration with forensic imaging formats (E01, AFF, Ex01). |
Unlike consumer "quick scan" tools that rely on the operating system’s API, UFS Explorer operates at the . It bypasses the OS entirely, reading sectors directly from the storage medium. This is critical for two reasons: ufs explorer
The ultimate flagship tier. It includes advanced hex editing, raw data manipulation, custom disk geometry definition, and deep forensic metadata parsing. 🚀 Core Features and Technical Capabilities Multi-Platform File System Support | Edition | Target User | Key Features
Proprietary layouts like Wondershare Recoverit notes, including Drobo BeyondRAID, Synology Hybrid RAID (SHR), and Apple CoreStorage/FileVault. Forensic Imaging and Storage Decryption | | RAID Recovery | Specialized RAID repair
The ecosystem is split into distinct editions. Each edition scales to specific technical demands and user expertise.
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.