Information Security

This security mechanisms consists of the services provided such as key exchange algorithms, encryption/decryption algorithms, hash algorithms etc..............

This .NET cryptographic class performs a cryptographic transformation of data using the Rijndael algorithm.

This .NET cryptographic class computes the RIPEMD160 hash for the input data using the managed library.

This security standard performs some actions such as sign the hash by encrypting it with the sender's private key, generate a session key at random etc........

This security standard handles all sorts of attachments such as data files, movies, sound etc..........

This security technique also called a bastion host is a two-headed device.

This .NET cryptographic class performs asymmetric encryption and decryption using the implementation of the RSA algorithm provided by the CSP.

This security technique usually starts in deny all inbound mode, to which user adds trusted addresses as they appear.

This .NET cryptographic class implements password-based key derivation functionality, PBKDF2, by using a pseudo-random number generator based on HMACSHA1.

The combination of key exchange, hash and encryption algorithm defines a cipher suit in this security mechanism.

In this security policy, there may also be some corporate-level responsibilities such as accounting and personnel activities.

In this security model, users can also be ranked by the degree of sensitivity of information to which they can have access.

This security standard defines the format and handling of e-mail attachments.

The security policy implemented by this security technique is somewhat more complex than the action of a proxy.

In this security policy, access is allowed if the object is requested in the same company group as an object that has been accessed previously.