The Mentalis.org Security Tools library was designed to be an add-on for the .NET framework. Its goal is to provide some useful cryptographic tools that do not yet exist for the .NET 2.0 Framework.
Strong Name Files: Strong Name files (or SNK files) can be created and used by Microsoft’s sn.exe tool. However, sometimes it’s useful to create these files manually from code, or to use the keys in these files in your code. Using the StrongNameFile class, you can do these things! You can initialize instances of this class using your own RSA parameters, and then save them to SNK files where they can be used to sign code for instance. Or you can open an existing SNK file, and initialize a new RSACryptoServiceProvider instance with the public/private key pair contained in the SNK file.
Private Key Files: Apart from Strong Name files, Private Key files (also called PVK files) can also be opened by this library. The PrivateKeyFile class can open a PVK file and associate it with the corresponding X509 certificate that you have. This way, the X509Certificate instance can be used to encrypt/verify and decrypt/sign data.
RSA Exponent-of-one Keys: Exponent-of-one keys are special RSA keys, in the sense that the output buffer matches the input buffer for any RSA encryption or decryption. Practically, this means that if you generate a key-exchange message using an RSAPKCS1KeyExchangeFormatter instance that was initialized with such a special key, the resulting key exchange buffer will include the secret key unencrypted. Exponent-of-one keys are very useful when you’re in the debugging stage of your application. You can use these keys instead of ‘normal’ RSA keys, and the entire system keeps working as expected. The only difference is that the ‘encrypted’ data is the same as the unencrypted data – a very useful feature for debugging purposes.
Self-signed certificates: When you need to create X509 certificates at runtime, you can use the new X509CertificateGenerator that creates self-signed certificates with the parameters that you specify. You can set the public/private key, the subject name, the validity period and add certificate extensions. The library returns an X509Certificate instance that can then be used or saved to disk.

WIP: Create Self-Signed X509 Certificates using RSA keys.
WIP: Create RSA Keys with Different Keyspouces.
WIP: Decrypt X509Certificate to get the private key.
WIP: Decrypt X509Certificate, key stored in Base64 using private key
WIP: Sign X509Certificate using private key.
WIP: Encode X509Certificate using RSACryptoServiceProvider instance
WIP: Get Private Key bytes from RSACryptoServiceProvider instance.
WIP: Get Public Key bytes from RSACryptoServiceProvider instance.
WIP: Validate signature using same X509Certificate instance.
WIP: Save X509Certificate instance to disk using save method.
WIP: Encode and Decode X509Certificate to and from Base64.
WIP: Validate certificate using the same key that was used to sign the
certificate.

Get Started With Mentalis.org Security Tools – For.NET 2.0

The Mentalis.org Security Tools library is not a silver bullet. You can use it to help secure your software, but it’s not a “simple solution” in the sense that it requires programming skills. For that reason, we do not recommend using it on commercial projects or as a first line of defense against security threats.
Mentalis.org Security Tools can:

Help you to create your own Self-Signed Certificate, with a specific identity and validity period, by using RSA keys with Parameters.
Protect you from man-in-the-middle attacks. When a connection request is received from a client, it first contacts one of its own certificates that is in the certificate store. It examines the certificate, validates the issuer’s name, verifies the signature of the certificate, and finally decides whether it should proceed to the actual connection. Depending on how your application is programmed, you may want to use your own certificates instead of certificates provided by others. You may also want to make sure that the user of your application cannot impersonate another one.
Protect you from replay attacks. If your application runs on a client/server architecture, replay attacks could occur when messages are being transmitted from the server to the client. To avoid these, the Mentalis.org Security Tools library encrypts the data you want to send with AES-256, and then base64-encodes the data before sending it.

Application code can be subjected to strict security checks – checks that make sure that the user shouldn’t have access to arbitrary data. These checks can be run either at installation time by the windows installer, or they can be performed as part of the application’s runtime, either by the.NET framework itself, or by an external security program like the Windows Certificate Services component.
The Mentalis.org Security Tools library is a set of classes that extend the.NET framework and provide a set of cryptographic tools that are useful when building a security-aware application.
This is a set of security-related packages that provide the following functions:
.NET 2.0 Certificate classes: These are the X509 classes and associated certificate types that a programmer can use when needing to store and exchange certificates on a secure channel.
.NET 2.0 Security Message class: This class allows a software developer to send secure messages over a secure channel. You can define a security policy that restricts what operations the user can perform, and the plugin will check if that policy is satisfied at runtime.
.NET 2.0 Signing classes: The signed public key can be retrieved from the X509 certificate, and the signature can be verified.
.NET 2.0 Key Exchange classes: This contains two classes that can exchange a key using a random key, or even the same key twice. The reason we need two different classes is the fact that many implementations do not allow exchanging the same key twice.
.NET 2.0 RSA creation classes: Since the.NET 2.0 framework does not contain a RSA class, we’re bringing a set of RSA functions that allows creating and generating RSA public and private keys.
.NET 2.0 RSA encryption classes: The RSA public key can be encrypted and decrypted using the public key only.
.NET 2.0 RSA decryption classes: The RSA public key can be decrypted using the private key only.
.NET 2.0 Security Provider classes: These are classes that can be used to create and use.NET 2.0 security providers. For instance, you can use these to create a.NET 2.0 security provider that can be used to sign messages or store keys.
This is a set of classes that extend the.NET framework and provide a set of cryptographic tools that are useful when building a security-aware application.
The Mentalis.org Security Tools library is a set of classes that extend the.NET framework and provide a set of cryptographic tools that are useful
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Mentalis.org Security Tools is a library for.NET Framework 2.0 that provides some useful cryptographic operations and tools.
– Cryptographic operations on RSA keys: RSA encryption, decryption and key exchange based on RSA keys that you provide.
– StrongName analysis: You can determine a StrongName of any assembly, assembly or application domain. Or you can check that a StrongName matches the name of an assembly or an application domain.
– StrongNameFile generation: You can generate StrongName files on the fly, from code.
– StrongNameFile/PVK file initialization: You can initialize instances of StrongNameFile and specify the StrongName to use. Or you can open a file that contains an X.509 certificate and public/private key, and use the certificate to sign strong name files, private keys or public keys.
– PVK file manipulation: You can manipulate PVK files manually. Create new files, open files, close files and read/write the data from the files you already have open.
– Crypto API tooling: You can use the new RSACryptoServiceProvider class to encrypt/decrypt data using the RSA keys that you provide. Or you can encrypt/decrypt arbitrary streams of data using an arbitrary key, or sign arbitrary streams of data using your RSA keys.
– StrongName tooling: You can determine a strong name of an assembly, application domain or any assembly or application domain. Or you can check that a strong name matches the name of an assembly or an application domain.
– Self-signed certificate generation: You can generate self-signed certificates on the fly. You can set the public/private key, the validity period and add certificate extensions.
– RSA tooling: You can use the new RSA class to encrypt data using an arbitrary key, or to decrypt data using your RSA keys.
– Self-signed certificate validation: You can validate a certificate that was self-signed.
– Cryptographic operations on X509 certificates: You can encrypt/decrypt data using an X509 certificate. Or you can sign data using an X509 certificate.
– X509 certificate manipulation: You can manipulate X509 certificates manually. Create new certificates, add extensions, add key usage flags, and delete certificates and key usage flags.
– Certificate importing: You can use the new X509CertificateGenerator class to generate certificates from keys and from an existing X.509 certificate. You can set the issuer, the subject, the validity

The Mentalis.org Security Tools for.NET 2.0 library was designed to be used as an add-on for the.NET Framework 2.0. Its goal is to provide a few useful cryptographic tools that do not yet exist for the.NET Framework 2.0. Specifically, this toolbox provides:
Support for the HMACSHA1 message digest, this digest is used by the Asymmetric Encryption with Padding (AEP) protocol. The RSAES-OAEP public key algorithm, used to create the X.509 certificates.
Support for RSA, RSAES-PKCS1-V1_5, RSAES-OAEP and RSAES-PKCS1-v1_5Private Key files (PVK files)
Support for RSA-based key exchange algorithms, including PKCS#1 v1.5 and PKCS#1 v2.0
The ability to create a RSA public key from a X509Certificate instance
The ability to generate and sign data using a X509Certificate instance
The ability to create a new X509Certificate instance from a private key and an X.509 certificate
The ability to create RSA key-exchange messages from a public key instance and a certificate chain
The ability to generate a private key from an RSA public/private key pair
The ability to generate a private key from a PVK file
The ability to verify an X.509 certificate using the RSACertificateVerificationFormatter
The ability to generate a X.509 signature from a X509Certificate instance
The ability to derive a private key from a public key
The ability to create a X509Certificate from a PKCS#10 certificate with extended private key info (CSP/CSR)
The ability to create a new RSA key from a PKCS#1 private key
The ability to create a key-exchange message from a private key and an X.509 certificate
The ability to generate a key-exchange message using a RSA key exchange algorithm
Support for X.509 certificate extensions
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