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I don't know if this is an issue with IIS or.Net, The certificate that’s used to create a S2S token somehow loads 'Microsoft RSA SChannel Cryptographic Provider' as the private key.

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Jul 17, 2015 The above private key specifies the correct provider and so may be used to generate SHA-256, SHA-384 and SHA-512 XML signatures. If the private key isn't associated with the correct Cryptographic Service Provider (CSP), it can be converted to specify the Microsoft Enhanced RSA and AES Cryptographic Provider. I'm creating an SSL cert for my IIS server and need to know when I should choose the Microsoft RSA SChannel Cryptographic Provider or the Microsoft DH SChannel Cryptographic Provider. Question 1 Why would someone still need (what I assume is) a legacy certificate of 'DH'? Re: Failed to create Cryptographic Service Provider Post by veremin » Fri Jul 03, 2015 12:05 pm this post Looks like specific Windows XP problem, I'm not sure however why you got it.

The following instructions will guide you through the CSR generation process on Microsoft IIS 8. To learn more about CSRs and the importance of your private key, reference our Overview of Certificate Signing Request article. If you already generated the CSR and received your trusted SSL certificate, reference our SSL Installation Instructions and disregard the steps below.

1. Open Internet Information Services (IIS) Manager

Click Start, Control Panel, System and Security, Administrative Tools, and then select Internet Information Services (IIS) Manager.

2. Select the server where you want to generate the certificate

Schannel Cryptographic Service Provider Csp To Generate The Key Number

In the left Connections menu, select the server name (host) where you want to generate the request.

3. Navigate to Server Certificates

In the center menu, click the Server Certificates icon under the Security section near the bottom.

4. Select Create a New Certificate

In the right Actions menu, click Create Certificate Request.

5. Enter your CSR details

In the Distinguished Name Properties window, enter in the required CSR details and then click Next.

Note: To avoid common mistakes when filling out your CSR details, reference our Overview of Certificate Signing Request article.

6. Select a cryptographic service provider and bit length

In the Cryptographic Service Provider Properties window, select Microsoft RSA SChannel Cryptographic Provider and Bit Length of 2048, then click Next.

Note: Can i run it. Bit Length: 2048 is the current industry standard. You may choose a larger key size, but only if you have a requirement to do so, as longer key lengths increase latency and may reduce compatibility.

7. Save the CSR

Click Browse to specify the location where you want to save the CSR as a “.txt” file and click Finish.

8. Generate the Order

Locate and open the newly created CSR from the specified location you choose in a text editor such as Notepad and copy all the text including:

Return to the Generation Form on our website and paste the entire CSR into the blank text box and continue with completing the generation process.

Upon generating your CSR, your order will enter the validation process with the issuing Certificate Authority (CA) and require the certificate requester to complete some form of validation depending on the certificate purchased. For information regarding the different levels of the validation process and how to satisfy the industry requirements, reference our validation articles.

After you complete the validation process and receive the trusted SSL Certificate from the issuing Certificate Authority (CA), proceed with the next step using our SSL Installation Instructions for Microsoft IIS 8.

Schannel Cryptographic Service Provider Csp To Generate The Key Online

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The field of cryptography is large and growing. There are many different standard data formats and protocols. These are generally organized into groups or families, each of which has its own set of data formats and way of doing things. Even if two families use the same algorithm (for example, the RC2block cipher), they will often use different padding schemes, different key lengths, and different default modes. CryptoAPI is designed so that a CSP provider type represents a particular family.

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When an application connects to a CSP of a particular type, each of the CryptoAPI functions will, by default, operate in a way prescribed by the family that corresponds to that CSP type. An application's choice of provider type specifies the following items:

Item	Description
Key exchange algorithm	Each provider type specifies one and only one key exchange algorithm. Every CSP of a particular type must implement this algorithm. Applications specify the key exchange algorithm to use by selecting a CSP of the appropriate provider type.
Digital signature algorithm	Each provider type specifies one and only one digital signature algorithm. Every CSP of a particular type must implement this algorithm. Applications specify the digital signature algorithm to use by selecting a CSP of the appropriate provider type.
Key BLOB formats	The provide type determines the format of the key BLOB used to export keys from the CSP and to import keys into a CSP.
Digital signature format	The provider type determines the digital signature format. This ensures that a signature produced by a CSP of a given provider type can be verified by any CSP of the same provider type.
Session key derivation scheme	The provider type determines the method used to derived a session key from a hash.
Key length	Some provider types specify the length of public/private key pairs and the session keys.
Default modes	The provider type often specifies default modes for various options, such as the block encryption cipher mode or the block encryption padding method.

Some advanced application might connect to more than one CSP at a time, but most application generally use only a single CSP.

There are currently a number of predefined provider types. The next sections provide information on the following provider types:

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Even though some CSP types might be partially compatible with others, two or more applications that need to exchange keys and encrypted messages should use CSPs of the same type.

Schannel Cryptographic Service Provider (csp) To Generate The Key

A custom CSP writer can define a new provider type. However, the CSP writer is then responsible for distributing the new provider type to the authors of any applications that are to use it. For information about writing custom CSPs, see Cryptographic Service Providers.