HDD & SSD Recovery — Dubai Laboratory
Hard Drive & SSD Data Recovery
From accidental deletion and file-system corruption to clicking drives, failed controllers, and advanced NAND flash recovery — our engineers handle every level of HDD and SSD failure.
MORE Datarecovery provides professional hard disk drive (HDD) and solid-state drive (SSD) data recovery services from our Dubai laboratory. We recover critical data from storage devices affected by logical failure, electronic problems, firmware corruption, physical damage, and complex media-level failures — including cases where other recovery attempts have already been made.
Our engineers have worked with internal and external hard drives, laptop and desktop drives, enterprise HDDs, SATA and SAS drives, and a wide range of solid-state storage technologies — SATA SSDs, NVMe drives, M.2 modules, PCIe storage, and embedded flash — since 2001.
Every recovery begins with a technical diagnosis. The condition of the storage media determines the recovery approach — not the brand, capacity, or age of the drive.
What can go wrong with an HDD?
Hard Drive Data Recovery
Hard disk drives store data magnetically on rotating platters using precision read/write heads suspended nanometres above the surface. A failure can involve any layer of the drive: the file system, the electronics, the firmware, the read/write heads, the motor, or the recording surfaces themselves. The failure type determines the recovery approach — which is why diagnosis always comes first.
We recover data from hard drives affected by:
- Accidental deletion or formatting
- Corrupted file systems and lost partitions
- Bad sectors and degraded recording surfaces
- Drive not detected or not spinning up
- Clicking, grinding, or unusual mechanical noises
- Read/write head or head-stack assembly failure
- Motor or spindle failure
- PCB and electronic component failure
- Firmware and service-area corruption
- Power surge or electrical damage
- Water, fire, impact, or other physical damage
Our first priority is to determine whether the drive can be safely imaged in its current condition, or whether stabilization procedures are required before data extraction can begin. Powering a failing drive repeatedly — particularly one that is clicking — can cause further damage to the recording surfaces and reduce the chances of a successful recovery.
Cleanroom HDD Recovery
When does a hard drive need to be opened?
A clicking drive, a failed head assembly, a seized spindle, or other serious mechanical failure may require the hard drive to be opened. Internal HDD work must be performed in a controlled environment to prevent contamination of the exposed platters and precision components. Even a single particle of dust landing on a platter can cause further damage during the recovery process.
MORE Datarecovery maintains an ISO Class 5 cleanroom at our Dubai laboratory for all advanced HDD recovery procedures requiring internal access.
Depending on the failure, recovery may involve:
- Head assembly and head-stack assembly (HSA) replacement
- Compatible donor-drive identification and preparation
- Internal component inspection and replacement
- Firmware and service-area repair
- Specialist hardware imaging under controlled conditions
- Controlled imaging of unstable or degraded recording surfaces
The purpose of cleanroom procedures is not to permanently repair the hard drive. The objective is to stabilize the device sufficiently to obtain the safest and most complete possible image of the available data — after which recovery work proceeds from the image rather than the original media.
Why is SSD recovery different from HDD recovery?
SSD Data Recovery
An SSD stores information in NAND flash memory cells controlled by a flash controller and firmware layer. The controller manages the relationship between the computer's logical data and the physical NAND — including wear levelling, bad-block management, error correction, and address translation. When an SSD fails, the failure can be at the logical level, the controller level, the firmware level, or the NAND itself. Each requires a different recovery approach, and the symptoms can look identical from the outside.
Common SSD problems include:
- SSD not detected by the system
- Controller failure or controller lock-up
- Firmware corruption
- Electronic or power-related damage
- File-system corruption
- Lost or deleted partitions
- Accidental formatting
- NAND flash degradation or wear
- Translation-layer problems
- Bad blocks or unreadable NAND cells
- Physical or component-level damage
Advanced SSD & NAND Flash Recovery
What happens when the SSD controller cannot access the data?
In complex SSD cases, the data may remain intact within the NAND flash memory even though the controller can no longer access it. When conventional recovery methods cannot reach the data through the controller, advanced laboratory procedures may be required. Depending on the SSD architecture and the nature of the failure, this can involve:
- NAND flash chip removal from the PCB
- Direct NAND reading using specialist hardware
- Chip-level imaging of the raw NAND data
- Raw NAND analysis and error correction
- Controller and firmware analysis
- Translation-layer reconstruction
- Logical reconstruction of the original file system and data
Reading the NAND memory is only part of the challenge. The raw data extracted from the chips must be decoded, de-interleaved, error-corrected, and reconstructed according to the way the original controller stored it — before recognizable files and folders can be recovered. This is among the most technically demanding work in data recovery.
How is the recovery approach determined?
Level 1, Level 2 & Level 3 Recovery
Every HDD and SSD case is classified according to the technical complexity and level of intervention required. The level is determined after diagnosis — not assumed from the device type.
Logical Data Recovery
For physically functional HDDs and SSDs where the data has become inaccessible due to deletion, formatting, partition loss, file-system corruption, or other logical or software-level problems.
Physical & Electronic Recovery
For devices requiring electronic repair, firmware intervention, hardware preparation, or controlled physical procedures before the storage media can be safely imaged.
Advanced & Specialist Recovery
For technically complex cases requiring advanced laboratory work — ISO Class 5 cleanroom head-stack procedures for HDDs, or NAND chip removal, direct NAND reading, chip-level imaging, and data reconstruction for SSDs.
The recovery level is determined after diagnosis. An SSD may require straightforward Level 1 logical recovery in one case and Level 3 NAND chip-off work in another — even if the symptoms look the same.
Learn more about our Level 1, Level 2 & Level 3 recovery methodologyWhat happens to your drive?
Our HDD & SSD Recovery Process
Diagnosis
Our engineers assess the device to identify the nature and extent of the failure, determine the safest recovery approach, and establish what can potentially be recovered.
Stabilization
Where required, electronic, firmware, mechanical, cleanroom, or NAND-level procedures are performed to establish controlled, stable access to the storage media.
Imaging
Where technically possible, the original storage media is imaged using specialist hardware. Recovery work then proceeds from the resulting image — protecting the original device from further stress.
Analysis & Reconstruction
Our engineers analyse the file system, storage structures, firmware, or raw NAND data and reconstruct the available data from the image.
Recovery & Verification
Recovered data is extracted, verified against the agreed recovery objective, and transferred to suitable destination media for return to the client.
Sending your device for recovery?
Protect it during transit. Follow our simple packing guidelines before arranging a Porter or courier pickup.
What Should You Do When a Drive Fails?
If your HDD or SSD contains important data, stop using the device as soon as you notice a problem. Every additional power cycle on a failing drive — particularly a clicking or unstable HDD — risks further damage to the recording surfaces and reduces the chances of a successful recovery.
Avoid:
- Repeatedly powering a clicking, grinding, or unstable hard drive
- Formatting or initializing the drive
- Running CHKDSK, fsck, or similar repair utilities on a failing drive
- Installing or running recovery software on the affected drive itself
- Opening a hard drive outside a suitable cleanroom environment
- Attempting PCB swaps, controller replacement, or component work without the appropriate expertise and equipment
Actions taken after a storage failure can directly affect the eventual recoverability of the data. When in doubt, contact us before attempting anything — the initial consultation is free.
Why choose MORE Datarecovery?
Professional HDD & SSD Recovery in Dubai
Since 2001, MORE Datarecovery has specialized in recovering data from failed and inaccessible storage media for individuals, businesses, enterprises, and government organizations across the UAE, GCC, West Asia, and the Indian subcontinent.
Our capabilities span the full spectrum of data recovery — from Level 1 logical recovery, through Level 2 physical and electronic intervention, to Level 3 advanced recovery, including ISO Class 5 cleanroom HDD procedures and advanced NAND flash recovery for SSDs.
Whether the problem is a formatted external drive, a clicking hard drive, a failed SSD controller, firmware corruption, or severe physical damage, every case follows the same principle:
Diagnose carefully. Recover safely. Protect the original media.
Has Your Hard Drive or SSD Failed?
Contact us before attempting further recovery. A free diagnostic assessment, a fixed-price quotation, and our No Recovery No Fee guarantee — all before any recovery work begins.