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Dysk i Spółka • Data recovery from SSD/NVMe

Data recovery from SSD and NVMe in Warsaw

When an SSD disappears from BIOS, shows RAW or 0 GB, turns read-only or freezes the computer, the next write can matter. We diagnose the controller, firmware, NAND and encryption state before recovery work begins.

SSD/NVMe TRIM / RAW APFS / BitLocker NAND / Controller Laboratory diagnosis

SSD/NVMe: Stop overwrites first

If the SSD disappears from BIOS, shows RAW, slows down or asks to be formatted, do not repair it with system tools.

Flash media behaves differently from a classic hard drive. A restart, scan or repair may trigger TRIM, garbage collection, new writes or further NAND degradation. The safer option is to disconnect the device, write down the symptoms and start with laboratory diagnosis.

  • Leave Disk Management initialization and format prompts unanswered.
  • Do not run CHKDSK or automatic repair.
  • Do not install the system or scanning software on this storage device.
  • Do not force-copy data from an unstable SSD/NVMe drive.
  • Disconnect the device and describe the symptoms before diagnosis.

Critical states of SSD: 0 GB, no detection and controller failure

If SSD/NVMe disappears from BIOS/UEFI, it suspends the computer or shows poor capacityDisconnect the storage device and do not run any more tests. In diagnosis we check the controller, firmware, NAND memory and impact TRIM.

If you want to compare technology, check HDD data recovery section. In case of SSD, key information about the state of memory cells will be given in the diagnostic report.

You can deliver the storage device yourself, send it to diagnosis or describe the symptoms. That's enough to pre-choice the path.

When the recovery of SSD/NVMe makes sense

We are most often visited by media, for which self-action is no longer safe or has only a partial result. This is particularly the case where:

  • SSD or NVMe disappears from BIOS/UEFIIt stops being detected or once it works and once it does not.
  • the system is suspended when you start or try to access files.
  • disk shows 0 GB, RAW, wrong model or incorrect capacity.
  • media went into read-only mode and does not let you save changes.
  • problem occurred after the power went out, BIOS/UEFI updates, system software or after an emergency reboot.
  • on the storage device were important company data or only copy of projects And the risk of further trials is too high.
  • need to retrieve data after deletion or format, and the storage device is SSD/NVMe, so it counts to quickly disconnect the storage device and interrupt further attempts.

Another storage device? HDD, USB and RAID/NAS have separate procedures.

SSD/NVMe diagnostics and recovery step by step

  1. Preliminary vehicle assessment — check whether the problem concerns logic, firmware, controller, electronics or NAND.
  2. Stabilisation and working copy — We reduce risky readings and work on copies.
  3. Analysis of system software and memory structures – in SSD and NVMe drives is often the key to data recovery, not the file system itself.
  4. quote and result — After diagnosis, we give the odds, scope, time and cost.
  5. Reconstruction and verification – we verify the consistency of the file structure and the correct operation of the recovered data.

In difficult cases, diagnosis shows the sense of recovery and a safe method of further work.

Which is particularly important for the SSD and NVMe

On flash media, it is easy to change the state of the data with actions that sometimes do not trigger immediate internal processes. In practice, further attempts should be discontinued if the disc:

  • suspends the system at start-up or at data entry,
  • disappears after a few minutes of work, heats up heavily or loses communication,
  • appears as RAW / 0 GB / read-only mode,
  • has already been scanned many programs and still does not give a stable reading.

What to do: do not run CHKDSK, update firmware or optimize SSD without diagnosis. Do not click "initialise"or "format".

What data and environment we support

  • Mediums: SSD SATA 2.5", M.2 SATA, M.2 NVMe, selected external SSD USB.
  • Environment: corporate and home computers, laptops, workstations, part of Mac/Windows/Linux environments.
  • Screenplays: no media detection, system software problems, read-only mode, I/O errors, RAW, data deletion, format, instability after power failure.
  • Data: documents, photos, designs, production materials, archives, company and working data.
  • Restrictions: The effects of TRIM, encryption or severe use of NAND memory may reduce the recovery range — therefore diagnosis is so important at first.

What you get after a diagnosis

After initial analysis of the storage device you get the answer, whether recovery is possible, what is the expected range of data, what will be the cost and how long the work can take. If the case is urgent, mark it immediately in the notification — with the SSD/NVMe it is not worth delaying diagnosis especially when the storage device is still detected but is unstable.

Laboratory methods

We're working on a copy, not the original.

In the SSD/NVMe key are controller, firmware, memory map, encryption and NAND bone condition. First, we limit further records.

PC-3000 SSD / Data Extractor

Controller, firmware and read diagnostics in the most data-safe mode possible.

Data mapping and NAND memory

Analysis of the data mapping layer when the problem is not a simple file-system failure.

TRIM and encryption

Assessment of whether deleted data may have been overwritten or logically cut off by SSD mechanisms.

Working copy

Recovery is performed on an image or a stable controlled readout so the device is not worn down by repeated attempts.

What to do now if you care about data

Disconnect the storage device and do not perform any further tests. W declaration form specify the model, capacity, status in BIOS/UEFI, RAW/0 GB information and number of reconnects. More: SSD/NVMe vs HDD.

SSD/NVMe: fewer attempts, more control over the data state

With SSD and NVMe, the risk is not only electronics damage, but also TRIM, encryption, firmware and controller activity after access is lost. Do not install recovery tools on the same media and do not run repairs that can change the data layout.

  • If the SSD shows RAW, 0 GB, read-only mode or disappears after restart, stop all further writes.
  • With APFS, BitLocker, FileVault or external drives such as Samsung T7, encryption context and passwords matter.
  • Diagnosis shows whether the problem is logical, controller-related, linked to data mapping or encryption.
Before you report an SSD or NVMe

Related guides about SSD and NVMe failures

Before you submit an SSD or NVMe case, compare no-detection symptoms and the effect of TRIM on deleted files.

SSD not detected in BIOS

What to do in the absence of detection without further tests on the storage device.

Read the guide

TRIM and deleted files on SSD

When deleted data may still have a chance and what to avoid immediately after deletion on SSD/NVMe media.

Read the guide
Describe the failure and learn the safe procedure
Do you have any questions? Contact our data recovery lab.

FAQ - Data recovery from SSD and NVMe

Is it still possible to recover data from SSD or NVMe after TRIM?

It depends on the drive model, controller, encryption and what happened after the data was lost. With SSDs, recovery cannot be assumed automatically, so the first step is safe laboratory diagnosis.

Does an SSD visible in BIOS always allow file recovery?

No. Detection in BIOS does not mean stable access to files. The problem may be in firmware, mapping, NAND memory or the logical layer.

Does recovery from SSD look the same as from HDD?

No. SSD and NVMe cases involve TRIM, garbage collection, controller encryption and firmware-specific behavior, so the recovery procedure differs from classic hard drives.

What to do after SSD suddenly disappears from the system?

Stop further boot attempts and do not install anything on this device. Each next attempt can change the state of the data or make diagnosis harder.

What does an SSD shown as 0 GB or the wrong model mean?

It usually points to a controller, firmware, memory-mapping or communication problem. Do not initialize the drive or run system repairs; this symptom requires safe diagnosis.

Is data recovery software safe for SSD/NVMe drives?

Only when it works on a copy, not directly on the original device. Direct scanning can trigger reads, writes, TRIM or garbage collection, so important data should start with diagnosis.