About Keriver Image

Keriver Image is a cloning or imaging utility designed to protect You from Important Data Losses. It will provide the ability to backup the entire contents of harddisks or partitions. The contents are saved as a disk image file that can later be restored to the harddisk or partition.

Use Keriver Image as a backup program for disaster recovery. If your disk or partition is no longer accessible due to corruption of the disk's file system or system files, and you previously created a disk image or partition image file, you will be able to use that image file to restore the disk or partition. If the harddisk is physically damaged, you can use the image file to restore the data to a different hard disk.

Use Keriver Image for basic file recovery. If you lose a file and don't have a dedicated file backup, any previously created image file containing the lost data can be read by Keriver Image Explorer to extract the desired file from that image file.

Use Keriver Image as a means to transfer a computer's entire operating system, with programs and data files intact, to a new computer or to a new hard disk. If you want to restore a system from an image file to a different hard disk, Keriver Image can move or resize a partition's location or size to suit the new hard disk.

features

• Supports Windows 2000/XP/2003/Vista/Vista 64bit Edition
• Backup in Windows environment or from Keriver Image Recovery CD
• Restore from the Keriver Image Recovery CD
• Extract files from image file in Windows environment
• Supports Backup to and Restore from USB Disk
• Supports Backup to and Restore from Windows Network Places
• Supports Restore from CDROM Disk
• Move or Resize Partition when Restoring Disk

Minimum requirements

• IBM computer or 100% compatible
• Pentium class processor
• Super VGA
• 384 MB RAM(512 RAM recommended for better performance)
• Microsoft-compatible mouse recommended
• Windows 2000/XP/2003/Vista/Vista 64bit Edition

File systems supported

• FAT16/FAT32
• NTFS
• Other file systems(backup and restore using a sector-by-sector approach)

 

<<< Previous