Information Security

It computes a hash-based message authentication code using the MD5 hash function.

It computes a hash-based message authentication code using the secure hash algorithm 256 hash function.

It holds the strong name signature information for a manifest.

It represents the abstract class from which all implementations of keyed hash algorithms must derive.

It computes the secure hash algorithm 384 hash for the input data.

Private key is kept on the owner's system and is never transmitted publicly. The senders of an electronic document use their private key to encrypt that document. This is the digital signature.

Any subscriber may authenticate an electronic record by affixing his digital signature.

Every Certifying Authority shall make use of hardware, software and procedures that secure them from intrusion and misuse, adhere to security procedures to ensure that the secrecy and privacy of the digital signatures are assured and shall be the repository of all Electronic Signature Certificates issued under the IT Act.

Firewall rejects access requests from unsafe sources while allowing actions from recognised ones in a network.

This encryption uses a single shared key to encrypt and decrypt data.

It computes a hash-based message authentication code using the secure hash algorithm 512 hash function.

It computes a hash-based message authentication code using the RIPEMD160 hash function.

It provides methods for protecting and unprotecting data.

It provides methods for protecting and unprotecting memory.

It represents the abstract class from which all implementations of hash based message authentication code must derive.