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Are you trying to open some files on your computer that are encrypted? Windows will usually designate encrypted file or folder names with the color green instead of the normal black text.

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Note: If you are reading this post looking for information on decrypting files that were encrypted by CryptoLocker, this won’t help. You pretty much have to pay the ransom and hope they actually send you the encryption keys.

When encrypting files and folders, Windows will use a self-generated certificate that contains keys used to encrypt and decrypt the data. When opening encrypted data when logged into the user account that generated the certificate, the decryption process is transparent and the files are opened normally.

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However, if another user or system tries to access those same data files or if the files are moved to another location, then they cannot be opened unless the original certificate is installed.

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IDecrypt is a GUI front-end for VFDecrypt (resulting in this program breaking GNU GPL) for Windows/OS X. It's used to decrypt.DMG files, namely the rootfs of an IPSW file. The tool is very simple to use. Here are the Steps: Select file to decrypt; Enter key if not found automatically - Get them from this wiki; Chose output folder; Click.

In either case, one thing you have to remember about encrypting and decrypting files in Windows is that you always need the encryption certificates/keys. When you encrypt a file or folder in Windows, encryption keys are automatically created and associated with your user account.

In Windows 7 and higher, you’ll actually get a prompt asking you to backup your encryption key (EFS certificate).

You should definitely do this immediately. If you do not have these encryption keys, you will not be able to decrypt the data. Unfortunately, there is no way around this since the encryption is very strong and cannot be broken easily.

If you can still access the computer where the data was originally encrypted, you can try exporting the certificate and then importing it on a different machine.

Backing Up EFS Certificates

There are a couple of ways to backup file encryption certificates and I’ll mention them below. The first way is to click on Start and type in certificate.

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Click on Manage user certificates and this will open up the certificates for the current user. In Windows 7, you can also type in certmgr.msc and press Enter to open the certificate manger.

Now expand Personal and then click on Certificates. You should see all the certificates listed in the right pane. There might only be one, but if not, the only certificates you are interested in are the ones that have Encrypting File System listed under Intended Purposes.

Right-click on the certificate, choose All Tasks and then click on Export.

This will open the Certificate Export Wizard, which is the same place you will reach if you click on Back up now (recommended) when prompted by Windows.

On the next screen, you will want to select Yes, export the private key along with the certificate. If you don’t have the private key, you won’t be able to decrypt any of the encrypted files.

On the next screen, you have to choose the format you want to use to export the certificate. Personal Information Exchange should already be selected and you can leave it with just the first box checked.

Since this certificate contains a private key, you are required to protect it using a password. Check the Password box and type in a strong password.

Finally, click Browse and choose a location where you want to save the file. It is highly recommended you do not save the file onto the computer itself. If something happens to the PC, then you lose the key along with it.

Also, give your file a name that is helpful for you, but not super obvious to others what it is. For example, don’t name it EFS key like I did below!

Click next and then click Finish. Your private encryption key is now saved as a file. You can now take this file and import it on any other Windows machine. Importing is really easy. All you have to do is double-click on the file and it will open up the Certificate Import Wizard.

Once you import the certificate, you will be able to decrypt any files that were encrypted with that certificate. As previously mentioned, if you are trying to open encrypted files and you don’t have or can’t find the certificate anymore, then those files are basically gone.

Some programs state they can decrypt your files for a hefty price, but they have never worked for me and that’s why I haven’t listed any of them here. If you have any questions, feel free to post a comment. Enjoy!

Original source: https://github.com/0xced/iOS-Artwork-Extractor/wiki/Extracting-more-artwork

You can extract even more artwork if you decrypt and mount an iOS firmware (.ipsw file).

Requirements

1. Python 3.2 (required by ipsw_decrypt.py)
2. VFDecrypt (required by ipsw_decrypt.py)
   Make sure to install the vfdecrypt binary somewhere in your PATH or use the -d option of the the ipsw_decrypt.py script.

VFDecrypt Usage:

How to decrypt and mount an iOS firmware

1. Download an iPhone or iPad firmware that matches your simulator version and make sure that there is a VFDecrypt Key by checking the corresponding Build column. For beta versions, check the VFDecrypt Keys page instead.

System Firmware Image ipsw

Backup Firmware Image

1. Start iTunes on your computer, and then connect your iPhone to your computer using its sync cable.
2. Click the button for your device near the upper-right corner of the iTunes screen, and then click the 'Summary' tab if it isn't already selected.
3. Select 'This Computer' in the Backups section, and then click 'Back Up Now.' ITunes backs up your entire iPhone, including iOS, to the hard drive.
4. Confirm that the backup was successful by selecting 'Preferences' from the main iTunes menu, clicking the 'Devices' tab, and then making sure that the time and date next to your iPhone's entry correspond to when you finished the backup.
5. Disconnect your iPhone from your computer.

Decrypting with ipsw_decrypt.py

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1. Run the ipsw_decrypt.py script on the firmware you downloaded or backed up.

   The output should look like this:

2. Go into the iPhone 4, 5.1 (9B176) folder or whatever folder was created depending on the firmware you chose.

3. Open the biggest file ending with .decrypted.dmg in order to mount the disk image. In this example: 038-1768-165.decrypted.dmg

4. Run iOS Artwork Extractor. If the mounted iOS firmware version matches your simulator version, then you will discover much more artwork.

iOS 8 firmware

Decrypt Any File

VFDecrypt Keys are not widely available for iOS 8. You will have to use vfdecrypt directly on the unzipped iPhone 4S ipsw with the key provided by @iH8sn0w:

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@Jato_BZ which keys? Or just rootfs like the 4S one? 5059b2da95c93f754ce4a701cf6564877dfee899ad884d78f3403dcec7bbd6fe6d3079a8

In the world of Windows dominance, Apple’s Mac OS X enjoys a healthy market share of 9.5% among desktop operating systems. The adoption of Apple’s desktop OS (macOS seems to be the new name) is steadily growing. This is why we are targeting Mac OS with our tools.

This time, let’s talk about Mac OS X user account passwords. Not only will a user password allow accessing their Mac, but it will also allow decrypting FileVault 2 volumes that are otherwise securely encrypted with virtually unbreakable XTS-AES.

Attacking FileVault 2

FileVault 2 is Apple’s take on whole-disk encryption. Protecting the entire startup partition, FileVault 2 volumes can be unlocked with either of the following:

• 256-bit XTS-AES key
• Recovery Key
• User password from any account with “unlock” privileges

There is also an additional unlock method available called Institutional Recovery Key. These recovery keys are created when system administrators enable FileVault 2 encryption with FileVaultMaster.keychain. This method requires additional steps to activate, and is typically used in organizations with centralized keychain management.

256-bit XTS-AES Key

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Location: RAM (only while the encrypted volume is mounted)

The 256-bit XTS-AES key is the actual encryption key that is used by the system to encrypt and decrypt data. This is a binary key. Once the FileVault 2 volume is unlocked, the XTS-AES key is stored in the computer’s RAM.

In order to recover these keys, one would need to dump the content of the computer’s RAM into a file. Note that it is no longer possible to run a FireWire attack on locked or sleeping Macs due to Mac OS X security restrictions, so the RAM capturing tool must be executed on a running computer with FileVault 2 container unlocked and a user logged in.

Recovery Key

Location: printed notes, Apple cloud

Extraction: search, cloud acquisition (coming to Elcomsoft Phone Breaker 6.0), request from Apple

Similar to BitLocker, FileVault 2 employs Recovery Keys to enable users unlock their encrypted volumes if the disk is moved to a different device or if no user account with ‘unlock’ privileges is present in the system. Once FileVault 2 is enabled, the system creates and displays a recovery key. According to http://eprint.iacr.org/2012/374.pdf, the recovery key contains 120 bits (we didn’t check) that are encoded with all letters and numbers 1 through 9, and formatted to look like this:

XDFG-EE8G-KF89-S0FS-9F7Y-XFH8

The user has an option to store the key with Apple. If the user agrees, the recovery key gets stored in the iCloud account associated with the user’s Apple ID (which is required to use the service).

While brute-forcing a 120-bit key seems easier than attempting to brute-force a 256-bit key, the security of a 120-bit key is still enough to make the attack unfeasible. This key is only useful if you can obtain it by searching the premises, downloading from the user’s iCloud account or requesting from Apple (if you have a warrant).

Extracting FileVault 2 Keys from iCloud

It is possible to extract a backup FileVault 2 key from the user’s iCloud account. The backup key can be extracted, processed and converted into a binary 256-bit XTS-AES key that can be used to decrypt the volume.

We are currently finalizing development of a tool for extracting and using FileVault 2 recovery keys to mount FileVault 2 volumes. In order to extract the key, you’ll be able to use Elcomsoft Phone Breaker 6.0 (scheduled for release next month). Once the tool is released, you’ll need to do perform the following steps:

1. Launch Elcomsoft Phone Breaker and choose iCloud. Select “Decrypt FileVault image”.
2. Specify path to the forensic image of the encrypted volume. Elcomsoft Phone Breaker accepts raw disk images (.dd), EnCase image files (.e01), and Apple Disk Images (.dmg).
3. In a case the image contains several encrypted partitions, choose the one which you would like to mount (you may see more than one FileVault 2 volumes if several OS X installations are present).
4. Elcomsoft Phone Breaker displays Apple ID that has the Recovery Key stored in its iCloud account.
5. Provide authentication credentials (Apple ID password or authentication token extracted from the user’s computer).
6. Elcomsoft Phone Breaker obtains the recovery key and decrypts the encrypted partition.

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As a result, you will get an image of the decrypted partition in a raw (.dd) format.

Then you can use the “hdiutil” tool (OS X) or FTK Imager (Windows) to mount the partition and explore the data.

FileVault 2 Passwords

Location: hashed, /var/db/shadow/hash/<GUID>

Extraction (hash): cat /var/db/shadow/hash/<GUID> | cut -c169-216

Recovery (original password): Elcomsoft Distributed Password Recovery

When setting up a FileVault 2 volume, you may be prompted to enable other user accounts to unlock the encrypted volume:

If this is the case, each user must type their password before they will be able to unlock the disk. In order for other users to be able to unlock FileVault 2, one has to click Enable User and enter the user’s password while setting up encryption (or any time after). If new user accounts are added after FileVault 2 encryption is turned on, they are automatically assigned the correct access rights.

Understanding this scheme is very important from the forensic perspective. If there is more than one user on the computer, you’ll have a much greater chance of recovering at least one of these passwords. This is especially true if the computer was used in a household with kids who tend to use much simpler passwords.

In order to unlock an encrypted volume, you will need to use the original plain-text password. Passwords cannot be extracted from a Mac OS X computer; you can only extract password hashes. In order to recover the original plain-text password, you will have to run an attack using a specialized tool such as Elcomsoft Distributed Password Recovery.

With recent update, Elcomsoft Distributed Password Recovery gained the ability to attack plain-text passwords (in addition to user account passwords) protecting disk volumes encrypted with FileVault 2.

Elcomsoft Distributed Password Recovery uses GPU acceleration techniques making the recovery 20 to 50 times faster compared to a CPU alone. You can choose between dictionary attacks with various mutations and GPU-accelerated brute force. Since attacking a password can be lengthy business, Elcomsoft Distributed Password Recovery can utilize multiple computers to simultaneously attack passwords.

Elcomsoft Distributed Password Recovery can recover passwords for popular disk encryption containers. In order to attack a FileVault 2 password with Elcomsoft Distributed Password Recovery, perform the following steps.

Preparing the Attack

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1. Make an image of the hard drive (physical device) or an image of the encrypted partition and save it into a file. The following formats can be used: Raw disk image (.dd), EnCase image file (.e01), Apple Disk Image (.dmg).
2. Run EDPR Disk Encryption Info (EDEI) utility located in Start Menu -> Elcomsoft Password Recovery -> Tools.
3. Specify path to the disk image you created on Step 1.
4. If more than one encrypted partition is available, specify the volume to attack.
5. EDEI will extract the necessary information about the encrypted volume.
6. Save the .esprf file created by EDEI.

Running the Attack

1. Launch Elcomsoft Distributed Password Recovery.
2. Open the .esprf file that was saved by EDEI.
3. If several Mac OS accounts appear, choose account to attack.
4. Configure the attack (dictionary, mutations, brute force).
5. Run the attack.
6. Once the password is discovered, you can use it to unlock the Mac that contains the encrypted volume.

Mounting the Volume

After recovering the password to any user account with “Unlock” privileges, you can do the following to mount the encrypted container.

Option 1: [OS X ] In Mac OS X, use “diskutils” to mount the disk volume. Enter the recovered password when prompted. (Applications -> Disk Utility -> File -> Open Disk image -> select image and click Open).

Option 2: [OS X ] You can also use Terminal to mount the encrypted image. Launch Terminal and use the following command line to mount the disk image:

hdiutil mount <image>.dd

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You can also mount a .dmg image with the following command line:

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hdiutil mount /<image>.dmg

More information on FileVault 2: https://support.apple.com/en-us/HT204837