From UMTS, the main function of the PDCP layer has been the header compression of IP packets – this is the reason why it is called the Packet Data Convergence Protocol. In LTE, the PDCP layer has evolved to support a security function; that is, integrity protection and ciphering .
Read moreWhat is the difference between ciphering and integrity protection in LTE?
Ciphering is needed when you want that only authorized people can ACCESS TO SEE the data. Integrity is when authorized people can ACCESS TO MODIFY the data .
Read moreWhat is integrity protection and ciphering?
Ciphering is needed when you want that only authorized people can ACCESS TO SEE the data. Integrity is when authorized people can ACCESS TO MODIFY the data . As you can see, both ciphering and integrity need an authentication and authorization phase before.
Read moreWhich type of encryption provides integrity?
Encrypting with your private key is more commonly known as signing. This provides integrity, but not confidentiality. Everyone knows your public key, so they can “decrypt” (verify) the message.
Read moreWhich IPsec protocol provides both data integrity and encryption?
The ESP protocol provides secure transmission through both encryption and authentication.
Read moreWhich protocol is used for confidentiality and integrity?
Transport Layer Security (TLS) is a protocol designed to add confidentiality as well as integrity and authenticity to network communications.
Read moreWhat is integrity and ciphering?
Ciphering is needed when you want that only authorized people can ACCESS TO SEE the data. Integrity is when authorized people can ACCESS TO MODIFY the data . As you can see, both ciphering and integrity need an authentication and authorization phase before.
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