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update UWP references to WinUI
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‎hub/apps/develop/security/certificates.md‎

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title: Intro to certificates
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description: This article discusses the use of certificates in Universal Windows Platform (UWP) apps.
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description: This article discusses the use of certificates in WinUI apps.
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This article discusses the use of certificates in Universal Windows Platform (UWP) apps. Digital certificates are used in public key cryptography to bind a public key to a person, computer, or organization. The bound identities are most often used to authenticate one entity to another. For example, certificates are often used to authenticate a web server to a user and a user to a web server. You can create certificate requests and install or import issued certificates. You can also enroll a certificate in a certificate hierarchy.
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This article discusses the use of certificates in WinUI apps. Digital certificates are used in public key cryptography to bind a public key to a person, computer, or organization. The bound identities are most often used to authenticate one entity to another. For example, certificates are often used to authenticate a web server to a user and a user to a web server. You can create certificate requests and install or import issued certificates. You can also enroll a certificate in a certificate hierarchy.
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### Shared certificate stores
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UWP apps use the new isolationist application model introduced in Windows 8. In this model, apps run in low-level operating system construct, called an app container, that prohibits the app from accessing resources or files outside of itself unless explicitly permitted to do so. The following sections describe the implications this has on public key infrastructure (PKI).
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WinUI apps use the new isolationist application model introduced in Windows 8. In this model, apps run in low-level operating system construct, called an app container, that prohibits the app from accessing resources or files outside of itself unless explicitly permitted to do so. The following sections describe the implications this has on public key infrastructure (PKI).
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### Certificate storage per app container
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‎hub/apps/develop/security/common-cryptography-tasks.md‎

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| Topic | Description |
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|---------------------------------------------------------------------------------------|--------------------------------------------------------------------------------------------------------|
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| [Create random numbers](create-random-numbers.md) | This example code shows how to create a random number or buffer for use in cryptography in an UWP app. |
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| [Compare buffers](compare-buffers.md) | This example code shows how to compare buffers in an UWP app. |
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| [Convert between strings and binary data](convert-between-strings-binary-data.md) | This example code shows how to convert between strings and binary data in an UWP app. |
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| [Copy to and from byte arrays](copy-to-from-byte-arrays.md) | This example code shows how to copy to and from byte arrays in an UWP app. |
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| [Encode and decode data](encode-decode-data.md) | This example code shows how to encode and decode base64 and hexadecimal data in an UWP app. |
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| [Create random numbers](create-random-numbers.md) | This example code shows how to create a random number or buffer for use in cryptography in a WinUI app. |
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| [Compare buffers](compare-buffers.md) | This example code shows how to compare buffers in a WinUI app. |
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| [Convert between strings and binary data](convert-between-strings-binary-data.md) | This example code shows how to convert between strings and binary data in a WinUI app. |
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| [Copy to and from byte arrays](copy-to-from-byte-arrays.md) | This example code shows how to copy to and from byte arrays in a WinUI app. |
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| [Encode and decode data](encode-decode-data.md) | This example code shows how to encode and decode base64 and hexadecimal data in a WinUI app. |
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‎hub/apps/develop/security/compare-buffers.md‎

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title: Compare buffers
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description: This example code shows how to compare buffers in a Universal Windows Platform (UWP) app.
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description: This example code shows how to compare buffers in a WinUI app.
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This example code shows how to compare buffers in a Universal Windows Platform (UWP) app.
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This example code shows how to compare buffers in a WinUI app.
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```cs
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public void CompareBuffers()

‎hub/apps/develop/security/convert-between-strings-binary-data.md‎

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title: Convert between strings and binary data
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description: This example code shows how to convert between strings and binary data in a Universal Windows Platform (UWP) app.
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description: This example code shows how to convert between strings and binary data in a WinUI app.
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This example code shows how to convert between strings and binary data in a Universal Windows Platform (UWP) app.
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This example code shows how to convert between strings and binary data in a WinUI app.
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```cs
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public void ConvertData()

‎hub/apps/develop/security/copy-to-from-byte-arrays.md‎

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title: Copy to and from byte arrays
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description: This example code shows how to copy to and from byte arrays in a Universal Windows Platform (UWP) app.
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description: This example code shows how to copy to and from byte arrays in a WinUI app.
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This example code shows how to copy to and from byte arrays in a Universal Windows Platform (UWP) app.
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This example code shows how to copy to and from byte arrays in a WinUI app.
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```cs
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public void ByteArrayCopy()

‎hub/apps/develop/security/create-random-numbers.md‎

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This example code shows how to create a random number or buffer for use in cryptography in a Universal Windows Platform (UWP) app.
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This example code shows how to create a random number or buffer for use in cryptography in a WinUI app.
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```cs
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public string GenerateRandomData()

‎hub/apps/develop/security/cryptography.md‎

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title: Cryptography
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description: The article provides an overview of the cryptography features available to Universal Windows Platform (UWP) apps. For detailed information on particular tasks, see the table at the end of this article.
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description: The article provides an overview of the cryptography features available to WinUI apps. For detailed information on particular tasks, see the table at the end of this article.
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The article provides an overview of the cryptography features available to Universal Windows Platform (UWP) apps. For detailed information on particular tasks, see the table at the end of this article.
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The article provides an overview of the cryptography features available to WinUI apps. For detailed information on particular tasks, see the table at the end of this article.
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## Terminology
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| Topic | Description |
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| [Certificates](certificates.md) | This article discusses the use of certificates in UWP apps. Digital certificates are used in public key cryptography to bind a public key to a person, computer, or organization. The bound identities are most often used to authenticate one entity to another. For example, certificates are often used to authenticate a web server to a user and a user to a web server. You can create certificate requests and install or import issued certificates. You can also enroll a certificate in a certificate hierarchy. |
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| [Certificates](certificates.md) | This article discusses the use of certificates in WinUI apps. Digital certificates are used in public key cryptography to bind a public key to a person, computer, or organization. The bound identities are most often used to authenticate one entity to another. For example, certificates are often used to authenticate a web server to a user and a user to a web server. You can create certificate requests and install or import issued certificates. You can also enroll a certificate in a certificate hierarchy. |
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| [Cryptographic keys](cryptographic-keys.md) | This article shows how to use standard key derivation functions to derive keys and how to encrypt content using symmetric and asymmetric keys. |
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| [Data protection](data-protection.md) | This article explains how to use the [DataProtectionProvider](/uwp/api/Windows.Security.Cryptography.DataProtection.DataProtectionProvider) class in the [Windows.Security.Cryptography.DataProtection](/uwp/api/Windows.Security.Cryptography.DataProtection) namespace to encrypt and decrypt digital data in a UWP app. |
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| [MACs, hashes, and signatures](macs-hashes-signatures.md) | This article discusses how message authentication codes (MACs), hashes, and signatures can be used in UWP apps to detect message tampering. |
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| [Data protection](data-protection.md) | This article explains how to use the [DataProtectionProvider](/uwp/api/Windows.Security.Cryptography.DataProtection.DataProtectionProvider) class in the [Windows.Security.Cryptography.DataProtection](/uwp/api/Windows.Security.Cryptography.DataProtection) namespace to encrypt and decrypt digital data in a WinUI app. |
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| [MACs, hashes, and signatures](macs-hashes-signatures.md) | This article discusses how message authentication codes (MACs), hashes, and signatures can be used in WinUI apps to detect message tampering. |
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| [Export restrictions on cryptography](export-restrictions-cryptography.md) | Use this info to determine if your app uses cryptography in a way that might prevent it from being listed in the Microsoft Store. |
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| [Common cryptography tasks](common-cryptography-tasks.md) | These articles provide example code for common UWP cryptography tasks, such as creating random numbers, comparing buffers, converting between strings and binary data, copying to and from byte arrays, and encoding and decoding data. |
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| [Common cryptography tasks](common-cryptography-tasks.md) | These articles provide example code for common WinUI cryptography tasks, such as creating random numbers, comparing buffers, converting between strings and binary data, copying to and from byte arrays, and encoding and decoding data. |
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‎hub/apps/develop/security/data-protection.md‎

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title: Data protection
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description: This article explains how to use the DataProtectionProvider class in the Windows.Security.Cryptography.DataProtection namespace to encrypt and decrypt digital data in a UWP app.
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description: This article explains how to use the DataProtectionProvider class in the Windows.Security.Cryptography.DataProtection namespace to encrypt and decrypt digital data in a WinUI app.
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This article explains how to use the [**DataProtectionProvider**](/uwp/api/Windows.Security.Cryptography.DataProtection.DataProtectionProvider) class in the [**Windows.Security.Cryptography.DataProtection**](/uwp/api/Windows.Security.Cryptography.DataProtection) namespace to encrypt and decrypt digital data in a UWP app.
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This article explains how to use the [**DataProtectionProvider**](/uwp/api/Windows.Security.Cryptography.DataProtection.DataProtectionProvider) class in the [**Windows.Security.Cryptography.DataProtection**](/uwp/api/Windows.Security.Cryptography.DataProtection) namespace to encrypt and decrypt digital data in a WinUI app.
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You can use the data protection APIs in multiple ways:
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‎hub/apps/develop/security/encode-decode-data.md‎

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title: Encode and decode data
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description: This example code shows how to encode and decode base64 and hexadecimal data in a Universal Windows Platform (UWP) app.
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description: This example code shows how to encode and decode base64 and hexadecimal data in a WinUI app.
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This example code shows how to encode and decode base64 and hexadecimal data in a Universal Windows Platform (UWP) app.
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This example code shows how to encode and decode base64 and hexadecimal data in a WinUI app.
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```cs
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public void EncodeDecodeBase64()

‎hub/apps/develop/security/macs-hashes-signatures.md‎

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title: MACs, hashes, and signatures
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description: This article discusses how message authentication codes (MACs), hashes, and signatures can be used in Universal Windows Platform (UWP) apps to detect message tampering.
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description: This article discusses how message authentication codes (MACs), hashes, and signatures can be used in WinUI apps to detect message tampering.
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This article discusses how message authentication codes (MACs), hashes, and signatures can be used in Universal Windows Platform (UWP) apps to detect message tampering.
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This article discusses how message authentication codes (MACs), hashes, and signatures can be used in WinUI apps to detect message tampering.
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## Message authentication codes (MACs)
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