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Riverbed
RCSP-NPM
299-01
Riverbed Certified Solutions Professional - Network Performance Management Questions and Answers

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Questions # 1:

What data do I need from netflow sources for the Cascade Profiler report-by "network segments" to work correctly?

Options:

Netflow V5 or V9 with TTL export configured.

NetflowV9 with TTL export configured.

Any version of Netflow since they all export in/out interface information.

UDP port.

Answer

Questions # 2:

What is the maximum number of Cascade Profilers that can be configured in the Cascade Shark appliance as receivers of flows?

Options:

Unlimited

Answer

Questions # 3:

In order for the Cascade solution to track an application based on its fingerprint, data can be used from which devices? (Select 3)

Options:

Packeteer Device

Cascade Gateway

Cascade Sensor

Cisco NBAR device

Answer

A, C, D

Questions # 4:

What can be configured on the Cascade Profiler to detect utilization for an interface? (Select 2)

Options:

Manually configure the interface speeds on the Devices/Interfaces page.

Configure and enable SNMP access to the reporting devices on the Devices/Interfaces page.

Enable NBAR on the routers.

Check the "Interface Utilization" box under the Devices/Interfaces page for each router and/or Steelhead desired.

Configure the appropriate Device Interface Analytic.

Answer

A, B

Questions # 5:

How does Cascade Profiler track Resets?

Options:

TCP Resets are tracked via reading the TCP header on the Sensor.

TCP Resets are tracked by collecting the flag via NetFlow.

Both A and B.

Cascade does not track Resets.

Answer

Questions # 6:

When designing a Cascade deployment which of the following is important to consider about sizing?

Options:

Cascade is sized based upon the number of sources that will be sending NetFlow to a Gateway, and the number of Gateway's sending data to a Profiler. Each Gateway is sized to handle a certain number of sources, and each Profiler a certain number of Sensors and Gateways.

Cascade is sized by the packet volume across the environment. Each Sensor and Gateway component can handle a certain packet rate.

The primary measures are flow-rate and topology. Flow-rate drives the size of the solution; topology can determine the placement of Sensors. As a secondary sizing method we can use host count and rule-of-thumb host/flows ratio to estimate the flow-rate.

Cascade is sized purely based upon the number of Servers being monitored in the environment.

Answer

Questions # 7:

What is the chart granularity possible through the Cascade Pilot UI? (Select 2)

Options:

1 second on a local System, 10 milliseconds on Cascade Sharks.

1 millisecond for any View.

1 millisecond for specific Views.

Generally minimum 1 second, maximum 1 day.

Answer

C, D

Questions # 8:

Within Cascade Pilot, reports can be createD. (select 3)

Options:

From views in the main workspace in PDF, Word, HTML and other formats.

From events that have occurred, also referred to as watches.

With customized information such as company logo and client name.

Including notes that are entered in Chart notes.

Including status of all remote devices (Cascade Shark appliances).

Answer

A, C, D

Questions # 9:

Cascade Profiler is able to report traffic using two different approaches (centricities). Two approaches can result in different results when using the same report criteria due to the way data is aggregated and counted. What are these two approaches? (Select 2)