Riverbed 199-01 Online Practice Questions and Exam Preparation

Riverbed 199-01 Online Questions & Answers

• Question 181:

  Which of the following custom TACACS+ attribute-value (AV) pairs gives the user guest privileges?

  A. local-user-name=anonymous
  B. local-user-name=guest
  C. local-user-name=administrator
  D. local-user-name=monitor
  E. local-user-name=ghost
  D. local-user-name=monitor

• Question 182:

  In a virtual-inpath deployment, when the Steelhead appliance exports data to a flow data collector:

  A. All traffic has the LAN and WAN interface index.
  B. All traffic has the WAN interface index.
  C. All traffic has the LAN interface index.
  D. All traffic has the primary interface index.
  B. All traffic has the WAN interface index.

• Question 183:

  A single client-server TCP connection is made through two Steelhead appliances (default in-path deployment). This is a lab-controlled environment and no other client-server connections are made. How many TCP connections will exist between the in-path interfaces of both Steelhead appliances after the user connection is fully established?

  A. 1
  B. 20
  C. 22
  D. 42
  C. 22

• Question 184:

  What is the default In-path rule on an Interceptor appliance?

  A. Optimize All
  B. Pass-through All
  C. Auto All
  D. Redirect All
  D. Redirect All

• Question 185:

  Place the following commands to upgrade a Steelhead appliance from the CLI in the correct order. (Note. include only the necessary steps) 1) SH (config) image install image.img 2 2) SH (config) image fetch http://server/path/image.img 3) SH (config) boot system 2 4) SH (config) restart clean 5) SH (config) reload 6) SH (config) write memory

  A. 1, 2, 3, 4, 5, 6
  B. 2, 3, 5, 1, 6
  C. 1, 2, 5, 4
  D. 2, 1, 3, 6, 5
  E. 1, 2, 3, 6, 5
  D. 2, 1, 3, 6, 5

• Question 186:

  After installing a Steelhead appliance at a remote site, users started complaining about some optimized applications being slower. After some initial investigating, you discovered a backup job was consuming most of the bandwidth causing congestion. You also found that QoS is configured on the router and should have prevented this but it did not. What is the most likely cause?

  A. Simplified routing is not enable on the remote Steelhead appliance.
  B. Simplified routing is not enable on the data center Steelhead appliance.
  C. Asymmetric routing.
  D. QoS on the router identifies traffic using destination IP and ports while the Steelheads are configured to use correct addressing.
  E. QoS on the router identifies traffic using destination IP and ports while the Steelheads are configured to use full transparency.
  D. QoS on the router identifies traffic using destination IP and ports while the Steelheads are configured to use correct addressing.

• Question 187:

  Consider a SteelHead deployment with SMB optimization and SMB signing enabled on all SteelHeads. The client is configured to have signing enabled and the server has signing disabled. What will happen to SMB connections between these two hosts?

  A. The connection will be unsigned but allowed. The SteelHead does not need to have SMB signing enabled to accommodate this connection.
  B. The connection will not be allowed, as signing is enabled on the client and disabled on the server.
  C. The connection will be allowed and will be signed as the client determines whether SMB signing is used or not.
  D. The connection will be allowed, and will be signed between the client and client-side SteelHead.
  A. The connection will be unsigned but allowed. The SteelHead does not need to have SMB signing enabled to accommodate this connection.

• Question 188:

  On Steelheads, by default tcpdump:

  A. captures packets with an 802.1Q tag.
  B. does not capture packets with an 802.1Q tag
  C. does not capture packets with an 803.3Q tag.
  D. does not capture packets with an 802.11Q tag.
  B. does not capture packets with an 802.1Q tag

• Question 189:

  While performing a health check for a Steelhead appliance at a remote site, you noticed some of the pass-through traffic should have been optimized. The pass-through reason for the suspicious traffic is "SYN on WAN side". Upon further investigating, you also noticed that all of the traffic initiated at the data center is pass-through while all of the traffic initiated at the remote site is optimized. There is only one path between the data center and the remote site and both Steelhead appliance are physically in-path. What are the possible causes? (Select 2)

  A. There is a pass-through in-path rule configured on the data center Steelhead appliance.
  B. There is a pass-through in-path rule configured on the remote site Steelhead appliance.
  C. There is a pass-through peering rule configured on the data center Steelhead appliance.
  D. The LAN and WAN interfaces on the data center Steelhead appliance are reversed.
  E. The LAN and WAN interfaces on the remote site Steelhead appliance are reversed.
  A. There is a pass-through in-path rule configured on the data center Steelhead appliance.
  D. The LAN and WAN interfaces on the data center Steelhead appliance are reversed.

• Question 190:

  In an in-path deployment, if a naked SYN packet arrives on the WAN interface of Steelhead, what probe option is added to this SYN packet for auto-discovery?

  A. Option-76
  B. Option-78
  C. SACK
  D. WSCALE
  E. None of the above
  E. None of the above