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NEW QUESTION: 1
In a TCP header, which field identifies the number of bytes that the device is willing to accept?
A. Source IP address field
B. Window field
C. TOS field
D. TTL field
Answer: B

NEW QUESTION: 2
Which authentication method does OSPFv3 use to secure communication between
neighbors?
A. plaintext
B. PKI
C. IPSec
D. MD5 HMAC
Answer: C
Explanation:
In order to ensure that OSPFv3 packets are not altered and re-sent to the device, causing the device to behave in a way not desired by its system administrators, OSPFv3 packets must be authenticated. OSPFv3 uses the IPsec secure socket API to add authentication to OSPFv3 packets. This API supports IPv6. OSPFv3 requires the use of IPsec to enable authentication. Crypto images are required to use authentication, because only crypto images include the IPsec API needed for use with OSPFv3.
Reference: http://www.cisco.com/c/en/us/td/docs/ios-xml/ios/iproute_ospf/configuration/15sy/iro-15-sy-book/ip6-route-ospfv3-auth-ipsec.html

NEW QUESTION: 3
In an SSL session between a client and a server, who is responsible for generating the master secret that will be used as a seed to generate the symmetric keys that will be used during the session?
A. The merchant's Certificate Server
B. Both client and server
C. The client's browser
D. The web server
Answer: B
Explanation:
Explanation/Reference:
Explanation:
This is a tricky question. The client generates the "pre-master" secret. See step 4 of the process below.
However, the master secret that will be used as a seed to generate the symmetric keys is generated (from the pre-master secret) by both the client and server. See step 6 below.
The steps involved in the SSL handshake are as follows (note that the following steps assume the use of the cipher suites listed in Cipher Suites with RSA Key Exchange: Triple DES, RC4, RC2, DES):
1. The client sends the server the client's SSL version number, cipher settings, session-specific data, and other information that the server needs to communicate with the client using SSL.
2. The server sends the client the server's SSL version number, cipher settings, session-specific data, and other information that the client needs to communicate with the server over SSL. The server also sends its own certificate, and if the client is requesting a server resource that requires client authentication, the server requests the client's certificate.
3. The client uses the information sent by the server to authenticate the server (see Server Authentication for details). If the server cannot be authenticated, the user is warned of the problem and informed that an encrypted and authenticated connection cannot be established. If the server can be successfully authenticated, the client proceeds to step 4.
4. Using all data generated in the handshake thus far, the client (with the cooperation of the server, depending on the cipher being used) creates the pre-master secret for the session, encrypts it with the server's public key (obtained from the server's certificate, sent in step 2), and then sends the encrypted pre-master secret to the server.
5. If the server has requested client authentication (an optional step in the handshake), the client also signs another piece of data that is unique to this handshake and known by both the client and server. In this case, the client sends both the signed data and the client's own certificate to the server along with the encrypted pre-master secret.
6. If the server has requested client authentication, the server attempts to authenticate the client (see Client Authentication for details). If the client cannot be authenticated, the session ends. If the client can be successfully authenticated, the server uses its private key to decrypt the pre-master secret, and then performs a series of steps (which the client also performs, starting from the same pre-master secret) to generate the master secret.
7. Both the client and the server use the master secret to generate the session keys, which are symmetric keys used to encrypt and decrypt information exchanged during the SSL session and to verify its integrity (that is, to detect any changes in the data between the time it was sent and the time it is received over the SSL connection).
8. The client sends a message to the server informing it that future messages from the client will be encrypted with the session key. It then sends a separate (encrypted) message indicating that the client portion of the handshake is finished.
9. The server sends a message to the client informing it that future messages from the server will be encrypted with the session key. It then sends a separate (encrypted) message indicating that the server portion of the handshake is finished.
10.The SSL handshake is now complete and the session begins. The client and the server use the session keys to encrypt and decrypt the data they send to each other and to validate its integrity.
11.This is the normal operation condition of the secure channel. At any time, due to internal or external stimulus (either automation or user intervention), either side may renegotiate the connection, in which case, the process repeats itself.
Incorrect Answers:
B: The client generates the "pre-master" secret, not the "master secret". The master secret that will be used as a seed to generate the symmetric keys is generated (from the pre-master secret) by both the client and server.
C: The master certificate is not generated by the web server alone; the client also generates the master secret.
D: The merchant's Certificate Server does not generate the master secret.
References:
https://support.microsoft.com/en-us/kb/257591