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NEW QUESTION: 1
A network engineer is viewing the QBSS information in a packet sniff. Which two QBSS characteristics are crucial for successful troubleshooting? (Choose two.)
A. When only WMM is enabled, information element number 2 QBSS Load information element is sent out in the beacons and probe responses.
B. When the client CAC limit is supported, information element number 1 is sent out in the beacons and probe responses on the bg radios.
C. When only WMM is enabled, information element number 1 QBSS Load information element is sent out in the beacons and probe responses.
D. When the client CAC limit is supported, information element number 2 is sent out in the beacons and probe responses on the bg radios.
E. When only WMM is enabled, information element number 3 QBSS Load information element is sent out in the beacons and probe responses.
Answer: A,B
Explanation:
Explanation/Reference:
References: https://www.cisco.com/en/US/docs/solutions/Enterprise/Mobility/emob30dg/WANQoS.pdf

NEW QUESTION: 2
Which innovation in the Cisco NX-OS Software brings an entirely new Layer 2 data plane by encapsulating the frames
entering the device with a header that consists of a routable source and destination address?
A. Routing
B. OTV
C. LISP
D. MPLS
E. RSTP
Answer: B

NEW QUESTION: 3
Which three statements about the TACACS protocol are correct? (Choose three.)
A. TACACS+ can support authorization and accounting while having another separate authentication solution.
B. TACACS+ uses TCP port 47 by default.
C. TACACS+ only encrypts the password of the user for security.
D. TACACS+ is considered to be more secure than the RADIUS protocol.
E. TACACS+ is an IETF standard protocol.
F. TACACS+ supports per-user or per-group for authorization of router commands.
Answer: A,D,F
Explanation:
RADIUS uses UDP while TACACS+ uses TCP. TCP offers several advantages over UDP. TCP offers a connection-oriented transport, while UDP offers best-effort delivery. RADIUS requires additional programmable variables such as re-transmit attempts and time-outs to compensate for best-effort transport, but it lacks the level of built-in support that a TCP transport offers:
- TCP usage provides a separate acknowledgment that a request has been received, within (approximately) a network round-trip time (RTT), regardless of how loaded and slow the backend authentication mechanism (a TCP acknowledgment) might be.
- TCP provides immediate indication of a crashed, or not running, server by a reset (RST). You can determine when a server crashes and returns to service if you use long-lived TCP connections. UDP cannot tell the difference between a server that is down, a slow server, and a non-existent server.
- Using TCP keepalives, server crashes can be detected out-of-band with actual
requests. Connections to multiple servers can be maintained simultaneously, and
you only need to send messages to the ones that are known to be up and running.
- TCP is more scalable and adapts to growing, as well as congested, networks. RADIUS combines authentication and authorization. The access-accept packets sent by the RADIUS server to the client contain authorization information. This makes it difficult to decouple authentication and authorization. TACACS+ uses the AAA architecture, which separates AAA. This allows separate authentication solutions that can still use TACACS+ for authorization and accounting. For example, with TACACS+, it is possible to use Kerberos authentication and TACACS+ authorization and accounting. After a NAS authenticates on a Kerberos server, it requests authorization information from a TACACS+ server without having to re-authenticate. The NAS informs the TACACS+ server that it has successfully authenticated on a Kerberos server, and the server then provides authorization information. During a session, if additional authorization checking is needed, the access server checks with a TACACS+ server to determine if the user is granted permission to use a particular command. This provides greater control over the commands that can be executed on the access server while decoupling from the authentication mechanism. TACACS+ provides two methods to control the authorization of router commands on a peruser or per-group basis. The first method is to assign privilege levels to commands and have the router verify with the TACACS+ server whether or not the user is authorized at the specified privilege level. The second method is to explicitly specify in the TACACS+ server, on a per-user or per-group basis, the commands that are allowed.