Whether you're running RAID 0 for speed or RAID 6 for redundancy, we have the expertise to recover your data.
Striping: Data split across drives for performance
No redundancy - any drive failure means total data loss. Critical to act fast.
Mirroring: Duplicate data on two drives
Can survive single drive failure. Recovery needed if both drives fail or controller issues occur.
Parity: Data + parity across 3+ drives
Can survive single drive failure. Multiple failures or rebuild errors require professional recovery.
Double Parity: Can survive 2 drive failures
Higher redundancy, but still vulnerable to controller failure or multiple simultaneous issues.
Mirror + Stripe: Combines RAID 1 and 0
Excellent performance and redundancy. Recovery needed for multiple mirror pair failures.
Custom: RAID 2, 3, 4, 50, 60, JBOD
We handle all RAID configurations including proprietary and custom setups.
RAID provides redundancy against hardware failure, but it does NOT protect against:
When more drives fail than your RAID level can handle, the array becomes inaccessible. This often happens when drives are from the same batch and age.
We can often recover even when multiple drives have failed
Attempting to rebuild a RAID array with a degraded or failing drive can cause complete data loss. The rebuild process puts enormous stress on remaining drives.
Don't attempt rebuild without professional assessment
RAID controller cards can fail, causing the entire array to become unreadable. Configuration data loss means drives appear as individual disks.
We can reconstruct RAID configuration and recover data
Human error can delete critical data or accidentally reformat the array. RAID redundancy doesn't protect against these errors.
Stop using the array immediately to maximize recovery chances