SSD failures are silent and sudden. Our engineers work at the chip level to recover data others cannot — from failed controllers to degraded NAND flash.
The SSD controller manages all read/write operations. When it fails, the drive becomes inaccessible — but NAND chips often remain intact and data can be extracted directly.
Interrupted firmware updates, bad blocks in the firmware area or corrupted translation tables can render an SSD completely unresponsive even with healthy NAND.
Inadvertent TRIM commands, over-provisioning failures and aggressive wear levelling can cause premature data loss — particularly on enterprise drives under heavy write loads.
Snapped connectors, damaged controllers and corrupted partition tables on USB drives, SD cards and CompactFlash media — including camera memory cards.
Some SSDs simply stop working without warning — no clicking, no slow degradation. Often caused by faulty firmware or capacitor failure. We diagnose and recover.
Burnt PCBs, cracked M.2 cards and physically damaged NAND chips. We reball, rework and in some cases transplant NAND dies to alternative controller boards.
From consumer M.2 NVMe drives to enterprise PCIe flash arrays and industrial embedded NAND — we have the equipment for every form factor.
If your SSD has stopped working, do not attempt to reinstall the operating system or run recovery software on it. TRIM may permanently overwrite data. Power it off and contact us immediately.