Online Access Free 299-01 Exam Questions

Which of the following does the Cascade Sensor device provide that the Cascade Sensor-VE does not? (Select 2)

• A.Connection Duration Statistics
• B.Riverbed RiOS Integration
• C.Rotating Packet Log
• D.Layer-7 Application Fingerprinting

A SPAN port is often limited in which way:

• A.Can only capture traffic that is ingress or received by the device
• B.The number that can be configured is oftentimes limited to two
• C.Requires at least two monitoring ports to capture a single link
• D.Can only capture traffic that is routed (not switched)
• E.Can only capture traffic from a single port.

A user wants to use the link congestion analytic policy on Cascade Profiler to monitor five key WAN links for an increase in traffic outside of the expected traffic that includes TCP/80, TCP/443, TCP25, and UDP/53. Can the link congestion policy be used for this scenario?

• A.No, because one can only define specific ports to include on a link congestion policy.
• B.No, and both A and C include valid reasons.
• C.No, because a link analytic can monitor only a single interface.
• D.Yes, one can define separate link congestion analytic policies for each WAN interface.
• E.Yes, because one can define a port group that includes every UDP and TCP port except for those that include the expected traffic, and that port group can be used for the link congestion analytic policy.

How does Cascade Profiler track URL's?

• A.Customer defined URL's are mapped to an application name which can then be shown on the dashboard, searched via reporting, or used in Analytic definitions.
• B.Cascade does not track URL's.
• C.Each URL that is seen by the Sensor is shown on the dashboard or searchable via reporting.
• D.URL's are tracked by either a Cascade Sensor or via NetFlow version 5 (or higher) export.

Additional data sources that Cascade Profiler can leverage besides flow data arE. (Select 3)

• A.SNMP polling to routers and switches for MAC address and physical switch port association.
• B.DHCP for host IP to MAC address association.
• C.SNMP trap data from routers, switches, and servers for security events.
• D.Active Directory information for successful/failed login association to IPs
• E.SNMP polling to routers, switches, and servers for CPU information.