Windows x86/x64 | File size: 42.95 MB
This program recovers data from non-operational RAID systems or from disks within such systems.
It reads all the information about the controller, the motherboard or the software used to create a disk array. Our product can rebuild the crashed RAID and it lets you copy all critical information from there.
The integrated constructor wizard helps you recover a failing RAID in a step-by-step mode. You can use one of the presets or chose the required data in the damaged array, and RAID Recovery will collect the disks together to provide you with access to the data.
Recover software or hardware RAID of any type: JBOD, RAID 0, RAID 1, RAID 10, RAID 5, RAID 50, RAID 6, RAID 60, etc.
Both hard disk types, HDD and SSD, have a limited operational life. Certainly, server-type NAS or SCSI disks can last longer than their SATA counterparts intended for home use only, but there is no such thing as a hard disk that works endlessly. For most RAID arrays, the day when one or two disks fail means loss of all information, from all disks within this array. Reliability of the entire array decreases with every disk which is added to it.
Mistakes when replacing one of the disks within the storage system, accidental "rebuilding" of the array instead of "restoring" it, disconnecting and reconnecting the disks in a wrong order, incorrect RAID initialization or rebuild - any of these things will certainly result in the loss of information. After such errors, RAID can't restore itself automatically.
A controller is the element containing information of critical importance which is vital for building a disk array and gaining access to all of the files stored on the disks. A controller failure may both result in losing service data and cause several disks to fail. The most expensive controllers use an additional battery and non-volatile memory. Such elements improve the whole system's reliability and are supposed to help save data even if a power interruption occurs.
Creating a RAID based on specific motherboard features is a cheaper (though less reliable) solution in comparison with buying an expensive controller. Motherboard failures, botched BIOS updates, low CMOS battery, power surges, disconnecting or reconnecting disks - all these things may cause your RAID to crash. As the entire system is very sensitive to all kinds of power issues, problems with your power supply unit may cause crashes as well.
Software RAID systems based on the functionality offered by an operating system - Windows, macOS, Linux, FreeBSD, Ubuntu - depend largely on the health of that operating system. Upgrading your hardware, or updating other software may cause errors that prevent the computer from booting and make the data inside such array inaccessible.
Unlike hardware RAID systems, the software-based arrays are made of logical partitions rather than physical disks. Operations that involve formatting or removing partitions can easily destroy such array.
Both software and hardware solutions store information about the RAID structure on every disk within the array. A virus attack may not only damage system files and prevent the operating system from booting, but also modify the disk partition table or overwrite the disk area which stores data vitally important for the RAID to work properly. Any of these nasty things will make the array inoperable.
Usually, when there is an attempt to write information to a faulty sector, RAID will enter the data on such sector into a special table so that it doesn't get used any longer, and will use a free sector for writing. However, everything changes when one of the disks within the array breaks down. To continue work, you need to replace the disk and rebuild the array. The process of automatic recovery reads all the data from the remaining disks to recreate the data from the missing disk. Such recovery can't be accomplished when there is at least one bad sector.
Unfortunately, not all manufacturers give you the opportunity to move to new hardware without having to rebuild your RAID. To prevent loss of data, you have to copy all of that from the old array, then create an array with the new hardware, and finally transfer the data to this new RAID. This procedure applies to situations when you are upgrading controllers, motherboards, hard disks - and even operating systems, if you prefer using a software-based RAID.
When one of the disks within the array is connected to another piece of equipment or computer, it may cause its service information to be overwritten. When such disk is reconnected to your RAID again, the system doesn't start and it just fails.
Disks should be connected and disconnected only with the storage system powered off. If you attempt to start a computer with some of its disks missing, RAID will switch into an emergency mode, and reconnecting the disks to the array will not help to restore the situation back to normal.
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