Data Recovery of 99.77GB from a Stolen and Damaged Laptop in Niskayuna, New York
A customer in Niskayuna, New York, faced a serious crisis after thieves stole their laptop. Although authorities later returned the device, it was badly damaged and would not power on.
The casing was cracked, and the internal 128GB solid-state drive (model CL1-3D128-Q11) showed clear signs of impact. Nearly 100GB of personal data remained trapped inside, including documents, photos, notes, and years of work. Because the customer had no backup, they contacted WeRecoverData, a global leader in professional data recovery.
Severe Physical and Electrical Damage
The laptop showed no response to chargers or power attempts. It simply would not turn on. Several local repair shops declined the case due to the heavy physical damage and the theft history.
When thieves steal a device, they often drop it or handle it roughly. As a result, both physical and electrical damage can occur. In this case, engineers suspected internal impact damage along with electrical failure.
Lab Inspection and Controller Failure
After receiving the SSD, engineers at WeRecoverData performed a careful inspection. They found that the outer casing was bent and the internal connectors showed stress damage.
Further testing revealed the main controller chip had suffered an electrical failure. Since the controller manages communication between the computer and the memory chips, the drive could no longer function normally.
However, engineers confirmed that the NAND memory chips — the components that store the actual data — remained intact. That discovery made advanced recovery possible.
Chip-Off Data Recovery Process
Because the damaged controller prevented standard access, engineers used a specialized chip-off recovery method.
First, they removed the NAND memory chips using precision tools and micro-soldering equipment. This delicate process requires skill and steady control, since even small mistakes can damage the chips permanently.
Next, engineers connected the chips to specialized flash memory readers. These tools allowed them to extract the raw data directly, bypassing the failed controller entirely.
Data Reconstruction and Verification
After extracting the raw data, engineers analyzed it using proprietary recovery software. They rebuilt file structures, corrected fragmented data, and reconstructed directories byte by byte.
This stage required careful attention to detail. Engineers worked methodically to ensure complete and accurate reconstruction.
In the end, WeRecoverData recovered 99.77GB of personal data from the damaged SSD. The recovery included photos, work documents, notes, and other important files.
The team restored the files to their original folder structure, verified their integrity, and transferred everything to a new, secure external drive.
From Theft to Full Recovery
For the customer in Niskayuna, the situation began with theft and damage. However, it ended with relief and restored access to nearly all their important data.
This case shows that even when hardware suffers severe physical and electrical damage, recovery may still be possible. With advanced tools and expert techniques, skilled engineers can retrieve data even from devices beyond repair.