System Security and Cryptography

This .NET cryptographic class represents the abstract base class from which all asymmetric key exchange formatters derive.

The SSL protocol offers a substitute to the standard security implemented TCP/IP socket API.

A personal firewall can complement the work of a conventional firewall by screening the kind of data a single host will accept.

This .NET cryptographic class represents the base class from which all implementations of asymmetric signature deformatters derive.

This .NET cryptographic class encapsulates the name of an encryption algorithm.

In TLS, the handshake protocol messages especially the certificate verify message and finished message have been changed.

This .NET cryptographic classes define the core functionality for keys that are used with CNG objects.

The guard decides what service to perform on the user's behalf in accordance with its available knowledge.

S/MIME handles all sorts of attachments such as spreadsheets, graphics, etc.

This .NET cryptographic class contains advanced properties for key creation.

This .NET cryptographic class encapsulates the name of a KSP for use with CNG objects.

It looks to the inside as if it is the outside connection while to the outside it responds just as the insider would.

It provides a CNG implementation of the elliptic curve digital signature algorithm.

This security mechanism maintains state information from one packet to another in the input stream.

The PGP processing generates a session key at random depending on whether confidentiality, integrity, etc.