TRIM-Enabled LITE-ON 120GB SSD

Overview:

This case study highlights the successful data recovery of a MacBook Pro (M2 Processor) with a 512 GB APFS encrypted onboard SSD, brought to Stellar Data Recovery. The client, an individual user, faced physical damage to the device and required the recovery of the entire 512 GB of critical data.

Client Background:

The client approached Stellar Data Recovery after their MacBook Pro with an M2 processor and an onboard SSD stopped functioning. The stored data was crucial and encrypted, necessitating a precise and secure recovery process.

Addressing Key Challenges in Data Recovery:

  1. Device Complexity: The MacBook Pro featured an onboard SSD and advanced M2 processor, requiring specialized expertise.
  2. Encryption: The file system (APFS) was encrypted, adding another layer of complexity.
  3. Physical Damage: The device exhibited issues in the power circuit, necessitating intricate component handling.

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Specifications & Challenges:

  • Device Type: MacBook Pro, M2 Processor
  • Model Number: 2779
  • Drive Capacity: 512 GB
  • File System: APFS Encrypted
  • Issue: Physical damage, non-functional power circuit
  • User Type: Individual
  • Client Requirement: Full recovery of 512 GB data

Issue:

The SSD presented significant recovery challenges due to the TRIM command, which erased references to the data blocks, rendering the traditional recovery methods ineffective.

 


Data Recovery Actions & Approach:

Upon receiving the SSD, our technical experts conducted a thorough assessment to determine the extent of the damage and the feasibility of data recovery.

  • Initial Assessment:
  • Upon receiving the device, our team conducted a thorough inspection and identified a problem in the power circuit area. This was the primary cause of the device's failure.
  • Recovery Strategy:
1. Chip-Level Data Extraction:
  • The M1 security chip was removed and read using a specialized tool.
  • Data chips were extracted and processed using a dedicated data reader.
2. Data Transfer to Stellar Media:
  • Using proprietary configurations, the data from the chips was written to Stellar media for further processing.
3. Decryption Process:
  • The encrypted APFS file system posed a significant challenge. With the client's cooperation, the administrator account password was obtained, enabling the team to decrypt the data virtually.

Data Recovery Success:

Using Stellar's proprietary tools and expertise, 100% of the data was successfully decrypted and recovered, meeting the client's expectations and requirements.

Check Our Blog For on APFS vs. Mac OS Extended: Which File System is Better?

Conclusion:

The complex recovery of a physically damaged, encrypted MacBook Pro onboard SSD demonstrates Stellar's unparalleled expertise in handling advanced data recovery scenarios.


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