• Set up your Azure Key Vault. Create a console application with packages and AppSettings. Add a method to get a token to your console application. Access Azure Storage and Key Vault in your program. Encrypt blob and upload. Decrypt blob and download. Use Key Vault secrets.
• If you're an Android user, follow these steps to restore photos and/or videos from Vault to your device: Open the Vault app. Tap Photos or Videos. Tap the Menu button on your phone then tap Manage Photos or Manage Videos. Find the Photo (s) or Video (s) that you'd like to restore and tap to select.

How can I recover my photos from the Vault app in my iPhone and transfer them to my comouter? I accidentally deleted them! And there's no backup! Is there any chance to get them back? Pls help!

Oct 16, 2017 I have turned on File Vault sometimes back. But, somehow, I turned it off this afternoon. The system asked for my password and I typed and immediately the Decryption process has started on. The time required for this runs for a few days and this seems to be a very slow process. I want to stop this decryption process and turn on File Vault again. Jun 08, 2020 To decrypt a hard drive by using Finder, perform the following steps. Step 1) Connect the encrypted external drive to your Mac or use the internal encrypted volume. Step 2) Open Finder and on the left pane, find all the listed drives. Step 3) Right-click on the encrypted hard drive and select the Decrypt ‘DriveName’ option. In a statement (PDF) issued this morning, password recovery company Passware has claimed that it can fully decrypt a FileVault-encrypted Mac disk within an hour. Using a live-memory analysis. May 10, 2016 The Mac will automatically reboot and begin the decryption process, which is necessary to disable FileVault. Decrypting the drive can take quite a while or may go quickly, depending on the speed of the Mac, the speed of the disk drive (SSD is much faster than HDD), how large the drive is, and how much stuff you have you stored on it. As the alert dialog indicates, you can use the Mac while the. Click the FileVault tab. Click the lock icon, then enter an administrator name and password. Click Turn Off FileVault. Decryption occurs in the background as you use your Mac, and only while your Mac is awake and plugged in to AC power. You can check progress in the FileVault section of Security &.

Nov 07, 2019 Download and run Decipher Backup Browser. Click on the backup that contains your Photo Vault data. Click 'Photo Vault Media'. You'll be presented with a gallery of all of the photos stored within the Photo Vault app. Press 'Save' in the upper left corner to save the images and videos, or click on individual thumbnails to view the full size photo. VeraCrypt- Best File Encryption Software for Mac. VeraCrypt, an open-source disk encryption software for Mac, is used for on-the-fly encryption or OTFE. It can create a virtual encrypted disk within a file or encrypt a partition or the entire storage device. The above are the top 7 Mac encryption apps, all of them have their own features.

To decrypt a backup stored in the folder 780 into decrypted, run. The script will ask for your 12 word mnemonic key at runtime. It has to be lowercase, words separated by a single space. Example: The files created in the full directory are tar files and can be extracted with tar -tvf. Re-encryption is currently only implemented for.

– Emma

Photo vault app for photo is virtual safe that protects the privacy of your pictures and videos stored in your iOS device. This kind of app allows you to apply a password to protect the photos and videos so nobody can open them. Private Photo Vault is one of these apps that was introduced back in 2011. Over the past period, they updated this app several times in order to match the advanced requirements of users.

“How do I recover deleted photos from private photo vault app in iPhone when there is no backup?” is a question asked by some iPhone users. It is often asked in the event of accidental deletion of a photo. The purpose of this article is to explain if Photo Vault recovery is possible and how to make it.

• Part 1: Private Photo Vault Recovery on iPhone 11/XR/XS/XS Max/X/8/7/6/5

If you have tried, you would understand that it is pretty difficult to recover deleted photos from a photo vault app. However, the methods we have mentioned in this article will help you recover deleted photos from your iPhone. All these methods are super easy so even a novice user can use them even if you are not an IT expert.

In addition to that, this article will introduce a professional tool for the purpose of iPhone data recovery. You can consider using the free version of this reliable tool and see if it serves your purpose. Now, let’s go through the methods and find out what’s best for you.

Part 1: Private Photo Vault Recovery on iPhone 11/XR/XS/XS Max/X/8/7/6/5

We use iMyFone D-Back iPhone Data Recovery software to perform a Photo Vault app recovery here. This is regarded as the most reliable and effective way to perform a photo vault recovery by using dedicated software like iMyFone D-Back. First, let’s take a look at the main features associated with this tool.

Key Features:

• It will recover photos from Private Photo Vault without restoring.
• It can recover photos without backups of your device, and it also can recover from backups made by iTunes, iCloud.
• It can selectively or fully recover the photos from Photo Vault app you need.
• This tool can recover Photo Vault app photos from devices like iPhone, iPad and iPod touch, and store recovered photos on PC.
• It can recover 22+ data types like WhatsApp, Viber, Contacts, Photos, Messages, Videos, WeChat and more.
• It works with all the iOS versions and iOS devices including the latest ones like iOS 13/12.1/12/11, iPhone 11 Pro Max/11 Pro/11/XR/XS/XS Max/X/8.

Decrypt File Online

Option 1. How to Recover Deleted Photos from Photo Vault App

Step 1: As the first step, you should download and install the iMyFone iPhone Data Recovery software on the computer. Then, launch the program. Start from “Recover from iOS Device” and click on Start.

Step 2: Then, connect the device (on which you wish to perform a Photo Vault recovery). The program will start to detect the device. Just click Next once the program is detected.

Step 3: You should now select the files you need to recover. Since you are trying to recover deleted photos, you should select the photos accordingly. Then, you should click on the Scan option. The program will start to search the deleted data from the device.

Step 4: You can now preview the data before recovering them. Once the scan is finished, the program will display all the data that are recoverable. This preview option helps you recover the exact files you need. Click on each tab and observe the files you need. If not, you can simply go to the option called “Show only the deleted files” if you are trying to recover a deleted file. After deciding the type of the file, you can click on the option called “Recover”.

If a specific photo, multiple photos or an entire album are deleted, you cannot view them through Photo Vault app on your iOS device. Instead, you will have to rely on a backup you have created earlier. Thankfully, Apple offers two options for iOS device users to try upon losing files - iTunes backup and iCloud backup.

Decrypt Old Vault App Files Windows 10

Both of these options can create backups of existing data and more importantly, they can even help you back up the deleted data sometimes. However, you cannot access and view the related data before restoring the backups created by iClouds and iTunes. This is why you need a professionally designed, dedicated tool to recover your valuable data. With D-Back, you can view the existing data and deleted data stored in your iTunes and iCloud backup.

Option 2. Perform Photo Vault Recovery from iTunes Backup

Now, let’s see how to do a Photo Vault recovery from iTunes backup by using iMyFone D-Back.

Step 1: Hit on the Start button located in the “Recover From iTunes Backup” tab.

Step 2: Then, you will have to select the iTunes backup you need to recover. Then, select Next. You have to enter the password if you have encrypted the backup earlier.

Step 3: Choose the photo data type here and select “Scan”. You should wait until the scanning is completed.

Step 4: After the scanning is done, you are able to preview the recoverable data. The search result will be displayed, so you can browse them to select what you need only. Then, you should go for the “Recover” option.

Option 3. Perform Photo Vault Recovery from iCloud

Now, let’s see how to make a Photo Vault recovery from iCloud.

Step 1: Select the “Start” button that is located at the tab called “Recover from iCloud”.

Step 2: Use your credentials and log into the iCloud account. Choose recover from iCloud Backup and tap 'Scan'.

Step 3: Select an iCloud backup that contains the deleted/lost photo you want to recover and click 'Next'. In the next step, select 'Photos' from the given categories and click 'Scan', the software will automatically scan your photos.

How To Decrypt Files

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Step 4: Now, select the photos that needs to be recovered and hit 'Recover' so that iMyFone D-Back will do the rest.

Differences between This Tool and iTunes/iCloud

• iMyFone D-Back doesn’t overwrite existing data; while restoring iTunes or iCloud will erase all your current data;
• iMyFone D-Back allows you to view iTunes and iCloud backup content which iTunes and iCloud do not allow it.

Note: You can preview the recoverable data before making a decision to purchase.

Part 2: Tips & Tricks for Photo Vault App on iPhone

1How can I recover my password for photo vault app?

You can recover the password of your Photo Vault app using the recovery email address (and using the forgotten password option).

2I need to reset my iPhone, so how can I restore my photos?

You can restore the photos through the last backup you created. You can use tools like iTunes or iCloud to restore these backups.

3Will others can be able to see my photos within the photo vault app?

Photo Vault doesn’t share any of your photos with anyone. It is just a way of locking your existing photos. In other words, the Photo Vault app locks the images in your phone without moving them anywhere.

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Iphone Vault App

Conclusion

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We recommend you to try the free version of iMyFone D-Back and try to perform a Photo Vault recovery iPhone even it is not easy. We strongly encourage you to create regular backups of your iOS devices in order to minimize the potential for data losses. We will appreciate it if you can share your ideas with us by leaving a comment below.

One of the things we recently hit was authentication cookies and password reset tokens getting invalidated in an Azure App Service. The app uses deployment slots to deploy the new version there before swapping it to production. So what's common between authentication cookies and Identity password reset tokens in ASP.NET Core?

They both use Data Protection to encrypt their content. So what seemed to be happening is that those cookies/tokens were no longer accepted. The protection keys had changed.

What the issue is and why it happens

Let's start with a quote from the documentation on default settings for Data Protection:

If the app is hosted in Azure Apps, keys are persisted to the %HOME%ASP.NETDataProtection-Keys folder. This folder is backed by network storage and is synchronized across all machines hosting the app.

Keys aren't protected at rest.

The DataProtection-Keys folder supplies the key ring to all instances of an app in a single deployment slot.

Separate deployment slots, such as Staging and Production, don't share a key ring.

When you swap between deployment slots, for example swapping Staging to Production or using A/B testing, any app using Data Protection won't be able to decrypt stored data using the key ring inside the previous slot. This leads to users being logged out of an app that uses the standard ASP.NET Core cookie authentication, as it uses Data Protection to protect its cookies. If you desire slot-independent key rings, use an external key ring provider, such as Azure Blob Storage, Azure Key Vault, a SQL store, or Redis cache.

That last bit is the critical one. This is what happens:

1. Version 1 of app published to production
2. Data protection keys created and stored on the file system
3. A user signs in, cookie created, encrypted with data protection keys
4. Version 2 of app deployed to staging deployment slot
5. Staging swapped to production
6. The original data protection keys swapped to staging since they are in the file system
7. New data protection keys generated and stored in production file system
8. Version 2 app gets a request with the cookie
9. Decrypting the cookie with data protection keys fails, data is invalid
10. Authentication fails :(

Getting the keys out of the file system

To solve the issue, we need to get the data protection keys out of the file system. The keys are persisted to an XML file. So Azure Blob Storage works pretty well for that.

But the keys aren't encrypted by default. So anyone with access to the Storage account could access the keys used to secure authentication cookies etc. Not great.

And that's why we will additionally encrypt the keys using keys in Azure Key Vault.

Note that we mainly need to do this while running in Azure. This isn't usually necessary for local development.

Persisting keys to Azure Blob Storage

The first step we will take is to configure the keys to be stored in an Azure Storage account. So you'll need one of those if you're following along.

Now there are built-in functions to add Azure Blob Storage persistence for Data Protection, but none of those allowed for what we want. Namely we want to specify the blob reference factory passed to the AzureBlobXmlRepository instance. We want to use the Azure App Authentication library to leverage Managed Identities in Azure, and to leverage the developer's user account while developing locally (if you decide to do this while running locally as well).

Here is what we added in ConfigureServices of the Startup class:

The AzureServiceTokenProvider object is setup in the constructor:

It's not very nice that the infrastructure for Data Protection is synchronous. Honestly it makes very little sense considering basically all key storage methods are asynchronous by nature.

Anyway, this is what the code does:

1. Gets a strongly-typed object of configuration settings (you'll see what those look like in a bit)
2. Adds services for Data Protection (so we can add Key Vault encryption to it in the next step)
3. Configures the repository to use for storing keys
   • This is exactly what PersistKeysToAzureBlobStorage() would do if you called that on the object returned by AddDataProtection()
4. In the function we:
   1. Get an Azure AD access token Storage through the Azure Service Authentication library
      • Note the user / service principal must have Blob Data Contributor role at the storage account level, for some reason setting it to container level did not work :/
   2. Builds a blob reference with the token and all the coordinates to locate the blob

Here is how the configuration looks like:

And the corresponding settings class:

The Azure AD tenant id is needed only for local development. If you don't need it, you can remove the setting and remove its usage and leave the tenant id null.

With this in place, the keys would now be stored outside the app and everything would work great :)

Except for one little thing, the keys are not encrypted in Storage :(

Encrypting the encryption keys in Storage

To offer an additional layer of protection, we can encrypt the keys stored in Blob Storage using a key in Azure Key Vault. Setting it up is really easy.

First you'll of course need an Azure Key Vault. Then you can create a key in the vault.

Here's how you create a key:

1. Open the Key Vault blade
2. Go to Keys
3. Click Generate/Import
4. Give it a name
5. Choose key type and key size
6. Click Create

After creating, open the key and open the current version. You'll have the option to copy the key identifier, do that.

Add the key id to the config:

And add a corresponding property to the settings class:

Then you'll need to create an access policy to allow the users/service principals to wrap and unwrap keys in the Key Vault.

Then we can quite easily add the Key Vault protection:

And that's it. The keys file will now be encrypted/decrypted using the key in Key Vault. The key itself will never be in the app's memory.

Okay, we may have slightly over-simplified when saying the file is encrypted by Key Vault. What actually happens is that an AES key is generated to encrypt the XML file. The XML text is encrypted with the key. The key is then 'wrapped' by using the Key Vault key. This wrapped key (i.e. encrypted key) is then stored alongside the encrypted data in Storage.

Then to decrypt the data, the wrapped key is unwrapped using Key Vault. Then that key is used to decrypt the data.

What this means is that the key in Key Vault is never in your app, and the Data Protection keys will never go to Key Vault. This is quite a good solution since it'll scale really well. Even if you had a ton of keys stored in the XML file, only the main generated encryption key needs to be wrapped/unwrapped with Key Vault.

You can see how the decryption works in the source code.

Final results

The libraries we have in the ASP.NET Core 2.1 app:

• Microsoft.AspNetCore.App (no version specified)
• Microsoft.AspNetCore.DataProtection.AzureKeyVault (2.1.1)
• Microsoft.AspNetCore.DataProtection.AzureStorage (2.1.1)
• Microsoft.AspNetCore.Razor.Design (2.1.2)
• Microsoft.Azure.Services.AppAuthentication (1.2.0-preview2)
• WindowsAzure.Storage (9.3.3)

The configuration:

The AAD tenant id is only needed for local development, though there is no harm in specifying it otherwise.

Note every environment should use its own key file. So you'll want to make sure that the blob name/location is overridden in every environment.

The settings class corresponding to the config:

Configuration in the Startup class:

Some test code to see it all works:

And the corresponding view:

With this test code we can confirm that the cookie value is successfully decrypted even after deploying a new version to a deployment slot and swapping that to production.

Summary

After configuring Azure Storage persistence and Key Vault protection, we now have a nice solution that works across deployment slot swaps. It also uses exactly zero credentials stored in the app to talk to both Azure Storage and Azure Key Vault.

Hope this is useful, until next time :)

Links

• Official docs, protecting keys with Key Vault https://docs.microsoft.com/en-us/aspnet/core/security/data-protection/configuration/overview?view=aspnetcore-2.2#protectkeyswithazurekeyvault
• Official Data Protection docs https://docs.microsoft.com/en-us/aspnet/core/security/data-protection/introduction?view=aspnetcore-2.2