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- ASP.NET machineKey Generator This is an application that will generate a valid machineKey block with random, secure, hard-coded keys that you can paste inside the in your web.config or machine.config file.
- Generate ASP.NET Machine Key. This tool allows to generate a secure machine key for ASP.NET web application.This is beneficial in a web farm scenario when several nodes are expected to produce and consume the identical outputs, view states, sessions and other data. This is also beneficial in a single-node scenario when you want to ensure that your customers' encrypted.
The implementation of the <machineKey> element in ASP.NET is replaceable. This allows most calls to ASP.NET cryptographic routines to be routed through a replacement data protection mechanism, including the new data protection system.
Package installation
Note
The new data protection system can only be installed into an existing ASP.NET application targeting .NET 4.5.1 or later. Installation will fail if the application targets .NET 4.5 or lower.
To install the new data protection system into an existing ASP.NET 4.5.1+ project, install the package Microsoft.AspNetCore.DataProtection.SystemWeb. This will instantiate the data protection system using the default configuration settings.
When you install the package, it inserts a line into Web.config that tells ASP.NET to use it for most cryptographic operations, including forms authentication, view state, and calls to MachineKey.Protect. The line that's inserted reads as follows.
Tip
You can tell if the new data protection system is active by inspecting fields like __VIEWSTATE, which should begin with 'CfDJ8' as in the example below. 'CfDJ8' is the base64 representation of the magic '09 F0 C9 F0' header that identifies a payload protected by the data protection system.
Package configuration
The data protection system is instantiated with a default zero-setup configuration. However, since by default keys are persisted to the local file system, this won't work for applications which are deployed in a farm. To resolve this, you can provide configuration by creating a type which subclasses DataProtectionStartup and overrides its ConfigureServices method.
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Below is an example of a custom data protection startup type which configured both where keys are persisted and how they're encrypted at rest. It also overrides the default app isolation policy by providing its own application name.
Asp.net 4.5 Machine Key Generator Free
Tip
You can also use <machineKey applicationName='my-app' .. /> in place of an explicit call to SetApplicationName. This is a convenience mechanism to avoid forcing the developer to create a DataProtectionStartup-derived type if all they wanted to configure was setting the application name.
To enable this custom configuration, go back to Web.config and look for the <appSettings> element that the package install added to the config file. It will look like the following markup:
Fill in the blank value with the assembly-qualified name of the DataProtectionStartup-derived type you just created. If the name of the application is DataProtectionDemo, this would look like the below.
The newly-configured data protection system is now ready for use inside the application.
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Asp.net 4.5
This tool allows you to generate random keys for validation and encryption/decryption of the ViewState in your ASP.NET application.
The <machineKey> element is also used by the default Membership provider to hash/encrypt passwords, and is required when deploying your application to a web farm.
The tool creates a 256-bit decryption key and a 512-bit validation key, with Rijndael (specifically, AES) as the data validation algorithm. Once the keys are generated, they are converted into a string of hexadecimal characters.
Tests needed
Internally, MKG uses the RNGCryptoServiceProvider class to generate the bytes from which the keys are derived. While the RNGCryptoServiceProvider is supposed to be sufficiently random to make it useful for crypto hashing, I have not yet written an exhaustive test suite to verify this. As such, I'd appreciate any pull-requests with units tests, if one is so inclined.
Currently, there is one test project that runs a few simple tests. I use a HashSet to store 1 million generated keys, escaping early if a duplicate is detected. At the moment, the tests complete successfully, so I feel somewhat confident that you will always get a unique machine key set.