E. (21 pts) Transport Layer Security (TLS) During the TLS Handshake Protocol phase, the Client and Server agree on the ciphersuite SSL RSA WITH RC4 128 MDS to be used for socuring the message exchange. The ciphersuite is comprised of Public key algorithm RSA Encryption algorithm RC4 using 128-bit key MDS for MAC (Message Authentication Code) (6 pts). What is the usage of each ciphersuite component is used in the TLS protocol RSA: RC4: MDS: 2. (5 pts) Briefly describe how the Client uses the compionenit's) of the agreed ciphersuite to produce the digital signature S for a message M. Step 1 Step 2: . 5 pts) The Server receives M and S, performs verification, and is satisfied with the results The Server can assert the integrity of M because: The Server can assert the authenticity of M because: session? Explas ket sniffer see the IP addresses of the Client and Server during a TLS E. (21 pts) Transport Layer Security (TLS) During the TLS Handshake Protocol phase, the Client and Server agree on the ciphersuite SSL RSA WITH RC4 128 MDS to be used for socuring the message exchange. The ciphersuite is comprised of Public key algorithm RSA Encryption algorithm RC4 using 128-bit key MDS for MAC (Message Authentication Code) (6 pts). What is the usage of each ciphersuite component is used in the TLS protocol RSA: RC4: MDS: 2. (5 pts) Briefly describe how the Client uses the compionenit's) of the agreed ciphersuite to produce the digital signature S for a message M. Step 1 Step 2: . 5 pts) The Server receives M and S, performs verification, and is satisfied with the results The Server can assert the integrity of M because: The Server can assert the authenticity of M because: session? Explas ket sniffer see the IP addresses of the Client and Server during a TLS