doClone vs OpenSuperClone

doClone is a free GNU/Linux program for creating and restoring disk or partition images, including transfers between computers on a local network. It can image the system it is running on, clone disks or partitions of different sizes, and preserve filesystem UUIDs and labels. When restoring to a differently sized disk, it can resize partitions proportionally; a smaller target works only if the stored data fits, otherwise restoration returns an error. Full-disk images include the boot sector, and doClone can restore GRUB and its options on the receiving machine. Network transfers can use Unicast/Multicast or Chain Mode, which moves data through a chain of computers. The program supports 12 filesystems, including ext2, ext3, ext4, FAT16, FAT32, HFS, HFS+, JFS, Linux swap, NTFS, ReiserFS, and XFS, plus nine disk labels. Local use is limited to creating images and restoring existing ones. The project describes managing GNU/Linux installations in offices or schools, including computers with different hardware. It has so far been compiled only for GNU/Linux. The listed latest version is 0.8.0; dependencies include libparted 3.2 or later and several other libraries. It is distributed under the GNU GPL v3 License.

OpenSuperClone is a free Linux data-recovery utility based on HDDSuperClone. It provides advanced drive cloning and logs the recovery process so it can be stopped and resumed. Virtual Disk Mode supports targeted extraction and can read from the source, destination, or neither, including workflows with DMDE, R-Studio, and UFS Explorer. Direct AHCI and IDE modes can bypass operating-system drivers, while the project documents direct USB access. The utility can power-cycle drives through generic USB HID relay boards or YEPKIT YKUSH switchable hubs. A script engine supports advanced drive interaction, with a Visual Studio Code language extension available. Downloads include DEB and RPM packages, source installation instructions, and a Linux Live ISO. OpenSuperClone is GPLv2 licensed. Virtual drive functions need a kernel module. NVMe SSDs require Generic Source Device Mode because they do not appear in default passthrough mode. Wiki documentation is incomplete.