Riverbed 830-01 Online Practice Questions and Exam Preparation

Riverbed 830-01 Online Questions & Answers

• Question 291:

  Refer to the exhibit.

  

  A user from one of your branch offices reports connections to servers are failing after a new deployment. The exhibit shows how the Steelhead appliances have been deployed. Which of the following will most likely fix the issue? (Select 2)

  A. Fixed-target rule is needed on the client-side Steelhead appliance
  B. Change the WCCP to use Redirect Out instead of Redirect In
  C. Remove Redirect-IN from the LAN at the Branch Office
  D. Add Redirect-IN on the WAN at the HQ
  E. Remove fixed-target rule from the server-side Steelhead appliance
  A. Fixed-target rule is needed on the client-side Steelhead appliance
  D. Add Redirect-IN on the WAN at the HQ

• Question 292:

  On an Interceptor appliance running Fair Peering v2, what Steelhead characteristic is used to calculate peer affinity?

  A. Appliance size.
  B. Percentage of data store free.
  C. Maximum connection count.
  D. Version of RiOS running.
  A. Appliance size.

• Question 293:

  How is peer affinity reset in the CLI for an Interceptor appliance cluster?

  A. "peer affinity reset" on all Interceptors
  B. "neighbor reset" on all Steelheads
  C. "service restart" on all Interceptors
  D. "neighbor reset" on all Interceptors
  C. "service restart" on all Interceptors

• Question 294:

  When using Correct Addressing, what is the out-of-band (OOB) splice connection described as?

  A. A virtual connection contained within one of the inner-connections which corresponds to a client- server connection
  B. A separate connection between the Primary IP addresses of the client and server Steelhead appliances
  C. A separate inner-connection between two Steelhead appliances not directly related to any one of the user inner connections
  D. No such construct exists
  C. A separate inner-connection between two Steelhead appliances not directly related to any one of the user inner connections

• Question 295:

  The port used by the Steelhead appliance for datastore synchronizations is:

  A. 7801
  B. 7810
  C. 7744
  D. 7850
  C. 7744

• Question 296:

  You would like your Steelhead Mobile clients to automatically detect when they are in a branch office with a local Steelhead. You have decided that the Steelhead Mobile Client should only optimize connections if the Steelhead appliance is more than 10 ms away. What is the name of the feature you need to enable?

  A. Adapter location awareness
  B. Latency licensing awareness
  C. Optimization awareness
  D. Branch office self-awareness
  E. Latency-based location awareness
  E. Latency-based location awareness

• Question 297:

  At the data center, two SteelHeads are deployed in parallel, configured with connection forwarding. They are both actively optimizing connections via inpath0_0 and the customer requires that optimization continues in the event of an appliance failure. Which features should be configured to provide the customer with optimization if an appliance fails? (Choose two.)

  A. no interface inpath0_0 fail-to-bypass enable
  B. interface inpath0_0 fail-to-bypass enable w-failure
  C. No in-path neighbor allow-failure
  D. In-path neighbor allow-failure
  E. no asymmetric-route-detect enable
  D. In-path neighbor allow-failure

• Question 298:

  Refer to the exhibit.

  

  Corp-A and Corp-B have overlapping address space and therefore the network administrator implemented NAT to overcome this. Users from Corp-A NAT to 172.16.1.0/24 and users from Corp-B NAT to 172.16.2.0/24. Users in Corp-A use the destination address of 172.16.2.0/24 to access the resources in Corp-B. The servers in Corp-B use the client IP for authentication. You deploy the Steelhead appliance using the default WAN visibility mode but noticed all the connections are passed-through. What is the likely problem?

  A. When the Steelhead appliance in Corp-B opens the outer connection, it is using the source IP of 172.16.2.x instead of 192.168.1.x
  B. On the Steelhead appliance in Corp-B, there is a missing static route for the 192.168.1.0/25 network
  C. On the Steelhead appliance in Corp-A, there is a missing static route for the 172.16.2.0/24 network
  D. When the Steelhead appliance in Corp-B opens the outer connection, it is using the source IP of 192.168.1.x instead of 172.16.1.x
  E. None of the above
  D. When the Steelhead appliance in Corp-B opens the outer connection, it is using the source IP of 192.168.1.x instead of 172.16.1.x

• Question 299:

  Which of the following commands will show the log level configuration? (Select 2)

  A. show configuration full
  B. configuration show full
  C. show logging
  D. logging show
  E. show log level
  A. show configuration full
  C. show logging

• Question 300:

  Which statements are true regarding the default methods by which load-balancing takes place in the Interceptor appliance. (Select 2)

  A. The Interceptor appliance uses round robin, for each TCP connection, regardless of source or destination IP address, and is equally load-balanced between a group of Steelhead appliances
  B. The Interceptor appliance uses round robin, for each TCP connection, depending on source IP address, and is equally load-balanced between a group of Steelhead appliances
  C. The Interceptor appliance uses hash assignment, for each TCP connection depending the hash value calculated from source and destination IP address, and is directed to a particular Steelhead appliance in the local cluster
  D. The Interceptor appliance can dynamically determine and direct traffic for optimization to the least-loaded Steelhead appliances based on Steelhead appliance resource usage
  E. The Interceptor appliance uses peer affinity, a Steelhead appliance in the local cluster that has been previously paired with a destination IP address is preferred
  F. The Interceptor appliance uses peer affinity, a Steelhead appliance in the local cluster that has been previously paired with a remote Steelhead appliance is preferred
  D. The Interceptor appliance can dynamically determine and direct traffic for optimization to the least-loaded Steelhead appliances based on Steelhead appliance resource usage
  F. The Interceptor appliance uses peer affinity, a Steelhead appliance in the local cluster that has been previously paired with a remote Steelhead appliance is preferred