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Fill up Data
Recovery Request Form, JobID will be issued |
| Online Request Form |
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Data Recovery
Specialists are ready to take your call now |
| Emergency
call (65) 67461909 |
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Memory Stick, CF card, flash thump drive, MP3 player, PDA,
Cameras |
| Mini Drive,
USB Harddisks |
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DOS, Windows XP/2000/2003, Linux Ext2, Ext3, XFS, Mac OS HFS, Novell NetWare,
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| UNIX variations, OS/2, VMS |
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Seagate share storage, Push button, Maxtor Mini, 1 Touch 4,
Turbo RAID,
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| Personal
Storage Basic |
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RAID
Recovery |
The majority of
Small-to-Medium Enterprises across the globe have turned to
RAID-configured systems for their storage solutions. The most
frequently cited reasons for utilizing RAID Arrays in businesses
today are the highly fault-tolerant level the solution offers and
the cost effectiveness of acquisition and maintenance.
However, if a RAID Array does fail due to component malfunctions
(including hard drives and controller cards) or operating and
application corruption, it leaves the data unusable and in most
cases corrupted.
RAID data recovery is an intricate task since RAID data
configurations are often custom-built applications developed by
competing manufacturers. Without in-depth knowledge of how RAID
arrays are configured at both a hardware, firmware and software
level, data recovery attempts will not only fail, but result in
further data corruption.
using our vast knowledge of RAID Array storage technology, can
successfully recover data from the very earliest to most recent NAS,
SAN and Server RAID configurations in the market.
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RAID servers and configurations supported include:
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RAID Array Levels
- RAID 0
- RAID 0+1
- RAID 1
- RAID 1E
- RAID 3
- RAID 4
- RAID 5
- RAID 5E
- RAID 5EE
- RAID 6
- RAID 10
- RAID 50
- RAID 51
- RAID 60
- RAID ADG
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RAID Array Hard Drive Types
- IDE/ATA/PATA/EIDE
- ULTRA/ATA 100
- SAS
- SCSI
- ESDI
- Fibre Channel
- USB
- Firewire
- PCMCIA
- RLL
- iSCSI
- eSATA
- SATA II/2.0
- SATA
- MFM
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RAID Data Recovery for Server Makes
and Media
- All ProLiant Series
- All PowerEdge Series
- ProLiant (CPQ)
- Integrity
- AlphaServer
- e3000
- IBM XSeries, Unix AIX, PSeries Entire line of product
- All Intel and AMD product lines
- Entire RAID Product line
- All other brands and formats
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Why RAID Arrays fail?
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Hardware RAID Failure |
Human Error |
Software RAID Failure
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Application Failure |
- Actuator Failure
- Bad sectors
- Controller Failure
- Controller Malfunction
- Corrupted RAID
- Lightning, Flood and Fire Damage
- Damaged Motor
- Drive physical abuse
- Hard disk component failure and crashes
- Hard disk drive component failure
- Hard drive crashes
- Hard drive failure
- Head Crash
- Intermittent drive failure
- Media Damage
- Media surface contamination
- Multiple drive failure
- Power Spike
- Power Supply Burn out or failure
- RAID controller failure
- RAID corruption
- RAID disk failure
- RAID disk overheat
- RAID drive incompatibility
- RAID drive overheat
- RAID Array failed
- Vibration damage
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- Unintended deletion of files
- Reformatting of drives / Array
- Reformatting of partitions
- Incorrect replacement of media components
- Accidentally deleted records
- Mistaken overwritten database files
- Employee sabotage
- Lost/Forgotten password
- Overwritten files
- Overwritten RAID config files
- Overwritten RAID settings
- RAID incorrect setup
- RAID user error
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- Back up failures
- Computer virus and worm damage
- Corrupt files / data
- Damaged files or folders
- Directory corruption
- Firmware corruption
- Repartition
- Server registry configuration
- Missing partitions
- RAID configuration
- Reformatting
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- Applications that are unable to run or load files
- Corrupted files
- Corrupted database files
- Data corrupted
- Locked databases preventing access
- Deleted tables
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