End Point Security and Network Access Control

This .NET cryptographic class determines the set of valid key sizes for the symmetric cryptographic algorithms.

This security standards performs some action such as transmit the message to the recipient depending on whether confidentiality, authenticity, etc.

We can add functionality to a proxy firewall until it starts to look a lot like a guard.

This .NET cryptographic class computes a MAC using Triple data encryption standard algorithm for the for the input data CryptoStream.

This .NET cryptographic classes computes a HMAC using the secure hash algorithm 1 hash function.

In this security mechanism, the data received from the application is compressed, signed and encrypted.

This security technique essentially intrudes in the middle of this protocol exchange seeming like a destination in communication with the sender that is outside the firewall.

This .NET cryptographic class represents the abstract class from which all implementations of keyed hash algorithms must derive.

This security technique can generate logs of accesses, which can be useful to examine in case something harmful does slip through the firewall.

This .NET cryptographic class represents a read-only set of ManifestSignatureInformation objects.

This security mechanism includes vital attributes required for secure over the internet credit-card transactions such as integrity of data, cardholder account authentication, etc.

This .NET cryptographic class represents the abstract class from which all mask generator algorithms must derive.

This .NET cryptographic class provides a CNG implementation of the (message digest 5) 128-bit hashing algorithm.

This security technique uses either source or destination address or specific transport protocol type to control access to packets.

This .NET cryptographic class computes the message digest 5 hash value for the input data using the implementation provided by the CSP.