A. Do all your configuration on the SteelHead, then copy the application configuration file and paste it into the remaining SteelHead CLI in config mode.

B. Do all your configuration on one SteelHead, then copy the application configuration file and upload it to remaining SteelHeads via the management UI.

C. Do all your configuration on a SteelCentral Controller for SteelHead, and perform a policy push to all SteelHeads.

D. Each SteelHead should be configured with unique rules, as application definitions can vary site-by-site.

A. LSP monitors the LAN/WAN pair and reflects the up/down status

B. LSP in an enhancement to Spanning Tree

C. LSP is not a Steelhead appliance feature

D. LSP is an enhancement to auto negotiation

A. Optimization rules

B. In-path rules

C. Load balancing rules

D. Peering rules

E. TCP rules

F. Acceleration policies

A. Endpoint History

B. Endpoint Report

C. Desktop Bandwidth

D. Desktop Traffic

A. ftp

B. http

C. scp

D. https

E. tftp

A. None of the above

B. All of the above

C. Reduces application chattiness by 65-98%

D. Applications run up to 100 times faster

E. Accelerates the most important applications, such as CIFS, MAPI, NFS, HTTP/S, Lotus Notes, and MS-SQL

A. Cloud Portal collects data reduction statistics for SaaS applications.

B. Cloud portal is troubleshooting resource to which all SteelHeads report data.

C. Cloud Portal collects data reduction and netflow statistics for SaaS applications.

D. Cloud portal is a resource that registers SteelHeads, allowing them to use SteelHead SaaS.

E. Cloud portal is a resource where the SaaS certificates are managed.

A. VLAN

B. Source subnet

C. Service Groups

D. WCCP Mask or HASH

E. Destination subnet

A. Reports > Data Store Status

B. Reports > Data Store Hit Rate

C. Reports > Data Store Cost

D. Reports > Data Store Disk Load

A. The SteelHead creates an inner channel on each path and keep-alive packets are used to track availability.

B. UDP keep-alives are periodically sent across each path. If a SteelHead does not receive two of these within a pre-defined timeout period, the path is declared down.

C. Path availability is not monitored until traffic is sent over that path. Then the SteelHead uses standard TCP timeouts to monitor path integrity.

D. The SteelHead uses ICMP ping to monitor path availability.

A. 100

B. 256

C. 512

D. 2000 and above

A. Enable HTTP optimization on both SteelHeads.

B. Create a trust relationship between the SteelHeads.

C. Create an in-path rule on the client side SteelHead.

D. Install a proxy server certificate on the client side SteelHead.

E. Install the SSL server certificate and key or proxy server certificate on the server side SteelHead.

A. Remove the traffic load from MAPI servers

B. Save bandwidth on LAN links

C. Reduce UDP traffic on the WAN by engaging Riverbed Professional Services

D. With a single TCP session, effectively use bandwidth on high-speed WAN links

E. Accelerate chatty applications that use well known protocols such as CIFS and MAPI