Examples of using Message authentication in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Message authentication codes as well.
PGP supports integrity checking and message authentication.
PGP supports message authentication and integrity checking.
This keyed hash was formally known as a Message Authentication Code(MAC).
The MAC(Message Authentication Code) of WPA provides authenticity and data integrity.
Digital signatures PGP supports message authentication and integrity checking.
Message Authentication Codes(MACs) provide data authentication and integrity.
This is done using HMACs, or Hash-based Message Authentication Codes.
Message authentication protects two parties who exchange messages from any third party.
An HMAC is a hash algorithm that generates a Message Authentication Code(MAC).
A Message Authentication Code is a protection against data being altered in transit by an attacker who has the ability to read the data in real-time.
HMAC is an algorithm that uses a key to produce a MAC(Message Authentication Code).
Message authentication codes are like cryptographic hash functions, except that a secret key is used to authenticate the hash value on receipt.
Keys also specify transformations in other cryptographic algorithms,such as digital signature schemes and message authentication codes.
They typically include some sort of public key algorithm, a message authentication algorithm and a symmetric(block/stream) encryption algorithm.
Data Integrity, data that is being transmitted cannot be changed by another party,because it will be validated by the message authentication code(MAC).
Message authentication codes(MACs) are much like cryptographic hash functions, except that a secret key can be used to authenticate the hash value upon receipt;
Better security, for example, comes through Diffie-Hellman key exchange and strong integrity checking via message authentication codes.
Typically, message authentication codes are used between two parties that share a secret key in order to authenticate information transmitted between these parties.
To address these issues, Microsoft,Google and others have introduced the domain-based DMARC(Message Authentication, Reporting and Conformance) review system.
This means all your network traffic is encrypted with AES-256, key exchange is done with 2048-bit RSA,and HMAC with SHA256 is used for message authentication.
Key differences between SSL and TLS that make TLS a more secure andefficient protocol are message authentication, key material generation and the supported ciphersuites, with TLS supporting newer and more secure algorithms.
SSH provides confidentiality andintegrity of data exchanged between the two computers using encryption and message authentication codes(MACs).
Other key differences between SSL and TLS that make TLS a more secure andefficient protocol are message authentication, key material generation and the supported cipher suites with TLS supporting newer and more secure algorithms.
When used for communication, both sender and receiver must know the same secret key, which can be used to encrypt and decrypt the message, or to generate and verify a Message Authentication Code(MAC).
On the other hand, cryptographic hash functionsare extensively used in information-security applications, such as message authentication and digital fingerprinting.
SSH-2 is not compatible with SSH-1 and uses a Diffie-Hellman key exchange anda stronger integrity check that uses message authentication codes to improve security.