{"id":11585,"date":"2017-10-04T11:58:34","date_gmt":"2017-10-04T11:58:34","guid":{"rendered":"https:\/\/www.stellarinfo.com\/blog\/?p=11585"},"modified":"2026-04-01T06:24:06","modified_gmt":"2026-04-01T06:24:06","slug":"how-to-recover-data-from-encrypted-hard-drive","status":"publish","type":"post","link":"https:\/\/www.stellarinfo.com\/blog\/how-to-recover-data-from-encrypted-hard-drive\/","title":{"rendered":"How to Recover Data from Encrypted Storage Drives?"},"content":{"rendered":"

As hard drives store much of your private data, many people turn to encryption to safeguard them against unauthorized access. Two of the most common ways to protect your data using encryption are: A full-disk encryption <\/strong>which locks all the system files and personal data and a file-level encryption<\/strong> that only locks specific files, folders, or partitions instead of the complete drive.<\/p>

Many commercial encryption applications are already in use. On Windows, Microsoft’s BitLocker comes preinstalled, while free and open-source examples include VeraCrypt, DiskCryptor. These are just a few example that can ensure that your drive is encrypted to your desired degree of safety. However, sometimes the bulletproof level of protection can backfire.<\/p>

You know what I’m talking about, when the very system designed to keep others out also locks you out of your own data. That’s when you realize that you’ve got a problem on your hands.<\/p>

Encrypted Storage Drives: Why Do You Need Them<\/h2>

The main deal about encrypted storage drives is that they serve as a full-proof safety mechanism against unauthorized access.<\/p>

Protects from theft\/lost device<\/strong>: Let’s say you are at a coffee shop and your laptop gets wiped with a stranger’s. Without encryption, whoever took it can access everything – your photos, videos, documents, and files containing other important data.<\/p>

Prevents identity theft<\/strong>: Someone stealing your private information like ID cards, addresses, Social Security numbers, and bank accounts can be your worst nightmare, but encryption keeps you covered.<\/p>

Protects proprietary data:<\/strong> If someone is an employer or a businessperson with sensitive and proprietary information or client information, they wouldn’t want their competitors getting their hands on such files.<\/p>

Easy disposal of devices:<\/strong> When the time comes to get rid of an old machine through resale or recycling, encryption can allow for easy data wipe of what once was.<\/p>

Encrypted Storage Drives: The Basics of How it Works<\/h2>

The encrypted drive keeps all files concealed by using encryption applications that transform the files into unreadable data. Only with a password punch can the encryption be undone.<\/p>

Those without permissions see dynamic strings of letters and symbols. Yet, when an approved individual opens a file on the drive with decrypted access, the drive seamlessly performs the reversal through its application layer back to readable file format.<\/p>

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\"Encrypted<\/figure>\n<\/div>

Encrypted drives generally fall into two categories, each with its own way of handling the lock-and-key process.<\/p>

Hardware-based Encryption<\/strong><\/h3>

In this approach, the encryption is integrated inside the drive’s own circuitry, often in the controller chip or firmware. Every read or write operation is encrypted or decrypted instantly, without the user having to perform anything manually. This happens because the keys never leave the device which reduces the risk from software-level attacks, such as malware, making it a popular option for environments where security hardware needs to be tightly controlled.<\/p>

Software-based Encryption<\/strong><\/h3>

Software encryption works differently from what we’ve considered so far. It runs on the host and does all the encrypting\/decrypting for you. Thus, to access the drive, the user must input a password or passphrase. Software encryption works across many types of devices and operating systems. Its versatility means of encryption making it flexible for those who move data from device to device.<\/p>

However, this flexibility makes it less secure if the system is compromised by malware. This is because the keys are managed in memory\/software rather than sealed inside a hardware.<\/p>

Encrypted Storage Drive: What’s Causing Data Loss<\/h2>

File deletion:<\/strong> An encrypted chunk of information (a file, folder, or volume) can be removed by the user or an application either intentionally or unintentionally. This applies to encrypted container files created by software such as VeraCrypt or DiskCryptor. In most such cases, the deleted data can be restored by a recovery software, if it hasn’t already been overwritten.<\/p>

Possible actions:<\/strong><\/p>