Riverbed 299-01 Online Practice Questions and Exam Preparation

Riverbed 299-01 Online Questions & Answers

• Question 141:

  To assure the packet data in a trace clip is preserved from Cascade Pilot, you should:

  A. Lock the trace clip.
  B. Send the trace clip packets to file.
  C. Detach the trace clip from the capture job trace.
  D. A and B
  E. A, B, and C.
  D. A and B

• Question 142:

  Which of the following metrics can Cascade Profiler create dependency (Connection Graphs) for? (Select 3)

  A. Average drops
  B. Average retransmits
  C. Average response time
  D. Average utilization
  E. Total bandwidth bits
  B. Average retransmits
  C. Average response time
  E. Total bandwidth bits

• Question 143:

  Which of the following best describes any limits that are enforced on the number of service, performance and availability policies that are supported on any Cascade Profiler?

  A. Stratified policy limits ranging from 5000 for Cascade Profiler Express platforms to 10,000 for Cascade Enterprise Profiler platforms
  B. 5,000 for all platforms
  C. 15,000 for all platforms
  D. The Analytics license provides for an unlimited number of policies
  E. None of the above
  A. Stratified policy limits ranging from 5000 for Cascade Profiler Express platforms to 10,000 for Cascade Enterprise Profiler platforms

• Question 144:

  Which of the following are true about creating a capture job on Cascade Shark: (Select 3)

  A. A single capture port can be specified.
  B. Any combination of capture ports can be specified.
  C. All capture ports on the Cascade Shark can be specified.
  D. Trend/Index data has a default retention of seven days.
  E. There is no Trend/Index data by default, it is recommended to set this as appropriate.
  A. A single capture port can be specified.
  C. All capture ports on the Cascade Shark can be specified.
  D. Trend/Index data has a default retention of seven days.

• Question 145:

  In this scenario, you have created a host group called My_Computers on Cascade Profiler. In that group you have included the subnet 192.168.1.0/25.

  You have 10 devices in that group 192.168.1.1-10. The rest of the addresses are unused. While running reports on this segment of the network you notice that when a report is run using the entire subnet you see traffic destined for

  192.168.1.120. When you run the same report specifying the host group the traffic does not appear. Why is this happening?

  A. 192.168.1.120 is not in the 192.168.1.0/25 subnet
  B. 192.168.1.120 has been input as a trusted host in a security policy
  C. Traffic to 192.168.1.120 was not picked up by a Sensor
  D. Traffic to 192.168.1.120 was not picked up by a Gateway
  E. 192.168.1.120 never sent any traffic
  E. 192.168.1.120 never sent any traffic

• Question 146:

  Can the same IP Address exist in Multiple Host Groups on Cascade Profiler?

  A. No, you cannot do this.
  B. Yes, either within the same Group Type, or across Group Types.
  C. Yes, but only if the Host Groups are in different Group Types.
  D. Yes, but only in the ByFunction Group Type.
  E. Yes, but only in the ByLocation Group Type.
  C. Yes, but only if the Host Groups are in different Group Types.

• Question 147:

  Which version of SNMP is supported for Switch Port Discovery on Cascade Profiler?

  A. SNMPv1 Only
  B. SNMPv2 Only
  C. SNMPv1 and SNMPv2
  D. SNMPv1 and SNMPv3
  C. SNMPv1 and SNMPv2

• Question 148:

  For an analytic policy that monitors TCP retransmission bandwidth, which of the following best describes what is minimally required before a baseline can be established?

  A. Three weeks of historical traffic between the clients and servers defined on the policy.
  B. Three days of historical traffic between the clients and servers defined on the policy.
  C. Three weeks of historical traffic between the clients and servers defined on the policy, where retransmissions were reported in more than 50% of the 15 min windows over the three week period.
  D. Three days of historical traffic between the clients and servers defined on the policy, where retransmissions were reported in more than 50% of the 15 min windows over the three day period.
  E. The timeframe required to collect the baseline is not fixed, and is based on the variance of the traffic being monitored.
  D. Three days of historical traffic between the clients and servers defined on the policy, where retransmissions were reported in more than 50% of the 15 min windows over the three day period.

• Question 149:

  When defining a Layer 4 application signature, what are the valid options for flows already tagged with a Layer 7 application signature? (Select 3)

  A. Always remove the layer 7 tag and apply the layer 4 tag instead.
  B. Unclassified remove the layer 7 tag and apply the layer 4 tag only if the flow is already tagged unclassified.
  C. Unknown remove the layer 7 tag and apply the layer 4 tag only if the flow is already tagged unknown.
  D. Unknown/Unclassified remove the layer 7 tag and apply the layer 4 tag only if flow is tagged as both unknown and unclassified.
  E. Unknown/Unclassified remove the layer 7 tag and apply the layer 4 tag only if flow is tagged as unknown or unclassified.
  A. Always remove the layer 7 tag and apply the layer 4 tag instead.
  C. Unknown remove the layer 7 tag and apply the layer 4 tag only if the flow is already tagged unknown.
  E. Unknown/Unclassified remove the layer 7 tag and apply the layer 4 tag only if flow is tagged as unknown or unclassified.

• Question 150:

  Technologies used for switching traffic between Virtual Machines under ESXi include:

  A. Traffic between Virtual machines is not switched; it is routed by the standard vRouter included with ESXi
  B. A standard or distributed vSwitch which comes with ESXi must be used, there is not 3rd party software available
  C. A 3rd party virtual switch is required such as the CISCO Nexus 1000v as no standard vSwitch exists with ESXi
  D. The included standard vSwitch of the CISCO Nexus 7000
  E. The included standard vSwitch or the CISCO Nexus 1000v
  E. The included standard vSwitch or the CISCO Nexus 1000v