EaseUS Data Recovery Wizard vs partrevive

EaseUS Data Recovery Wizard scans storage locations for lost files, then lets users preview and recover results. Listed sources include hard drives, external disks, SSDs, USB drives, memory and CF/SD cards, cameras, RAID, and NAS. The product supports more than 1,000 file formats, memory-card and RAID recovery, bootable recovery, and file previews; it can also repair corrupt MP4, MOV, JPEG, and JPG files during recovery. A free edition allows recovery up to 2GB. The trial scans and previews files, but recovering them requires the full version. Listed applications include Data Recovery Wizard for Windows and Mac and MobiSaver for iOS and Android. Supported systems include Windows 11/10/8/7, several Windows Server versions, and macOS 13.x–10.6. Paid options include a Pro One-Week License for $39.95 per once with no renewal fees; the One-Month plan is $69.95 a month. Software recovery will not work on physically damaged drives or devices.

partrevive is a free, MIT-licensed utility for finding and recovering lost or deleted partition tables. It scans disks for filesystem signatures, then checks candidate filesystems through read-only loop devices and mounts to distinguish live data from ghosts. Commands cover scanning, verification, planning, file rescue, table restoration, automatic recovery, undo and disk imaging; a Tkinter interface guides users through scanning, verification, planning and restoration. The project lists NTFS, FAT12/16/32, exFAT, ext2/3/4, btrfs, XFS, F2FS and Linux swap as detected formats. It reports LVM2 and LUKS but does not rebuild them. GPT is the default restore format; MBR is available with `--mbr` and is limited to four primary partitions. Imaging uses ddrescue in two passes with a mapfile, and recovery can use a disk image. Before writing, restore and auto save the current table and check SMART health; restore prompts by default and refuses a mounted target. The single-file Python 3 program requires root and Linux system tools on PATH. The project is described as early, and fragmented or overwritten filesystems may mount incompletely.