The Interceptor appliance will attempt to redirect a connection to a Steelhead appliance in the auto pool:
A. When no user defined Load Balancing rules matches AND peer neighbors are defined
B. When no user defined Load Balancing rules matches AND no peer neighbors are defined
C. When no peer Interceptor appliances are defined
D. When a user-defined Load Balancing rule matches AND a target Steelhead appliance is available
Which of the following is true about fetching Steelhead appliance's configurations from a CMC appliance?
A. Fetched configurations are automatically saved as groups, which can be managed and applied to appliances and appliance policies
B. Configurations cannot be fetched from the CMC appliance, they must be pushed
C. Fetched configurations are automatically saved as policies, which can be managed and applied to appliances and appliance groups
D. Fetched configurations are saved as system settings, which can be managed and applied to appliances and appliance groups
An unwanted Steelhead appliance appears on the current connections list of one of your Steelhead appliances. How can you stop inbound connections from this unknown appliance from optimizing with your Steelhead appliances?
A. Create new peering rule(s) on your Steelhead appliances
B. Create new in-path rule(s) on your Steelhead appliance
C. Create IPSec tunnels between all of your Steelhead appliances
D. Reload all of your Steelhead appliances
E. Reload only the data center Steelhead appliance
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
You enabled port transparency but noticed that active FTP connections are failing. What may be the problem?
A. The routers need to understand port transparency
B. Port transparency only maintains destination ports
C. Port transparency requires NAT
D. You need to a fixed-target rule on the server-side for port transparency
E. None of the above
After deploying the Steelhead appliances in-path, you are not seeing any optimization between
10.11.0.128 and 10.11.23.18.
Look at the following trace in the exhibit and explain why: (HINT: Look at the SYN packet)
A. There is a spanning-tree loop
B. The cables are reversed
C. The three way hand-shake is not being completed
D. The client and servers are on the same /16 subnet
E. There is no SYN/ACK from 10.11.23.18
Refer to the exhibit.
A connection times out when Client41 and Client42 attempt to either establish an HTTP session to Server31 or an FTP connection to Server32 after not connecting to them for some time. The very next attempt to connect to these services done immediately after the failure seems to work correctly. The clients are able to ping both servers and no access-lists are configured on the routers. SH3 uses the IP address of R3f0 as its default gateway. Upon powering off SH3 and SH4, the problem goes away even for first connection and everything works normally (even after not connecting for extended periods of time). Which of the following are likely to correct this problem?
A. Both servers have faulty network interface cards and should be replaced
B. Both the HTTP service running in Server31 and the FTP service running in Server32 are down and should be restarted
C. A more specific static route pointing to Subnet 31 is not configured at SH3
D. A more specific static route pointing to Subnet 31 is not configured at R3
E. A more specific static route pointing to Subnet 31 is not configured at L3 Switch
When enabling MS-SQL Layer 7 optimizations, what are the best practices to use? (Select 2)
A. Peering rules specifying the specific MS-SQL server with an accept rule for all other traffic using port 1433
B. Fixed-target rules specifying the specific MS-SQL server with pass-through rules for all other traffic using port 1433
C. Auto-discovery specifying the specific MS-SQL server with pass-through rules for all other traffic using port 1433
D. Server-side out-of-path specifying the specific MS-SQL server with an accept rule for all other traffic using port 1433
E. No rules are needed; allow it to optimize all MS-SQL traffic
How can you enable SkipWare?
A. SkipWare is enabled automatically when the license is installed.
B. On the Management Console host settings menu.
C. SkipWare is enabled by default.
D. On the Management Console high-speed TCP menu.
What steps take place during an upgrade process?
A. The new software image will be loaded into the Backup partition; a reboot will be necessary to have the Steelhead appliance switch to the newer software
B. The new software image will be loaded into the Booted partition; a reboot will be necessary to have the Steelhead appliance switch to the newer software
C. The new software image will be loaded into the Backup partition; a restart will be necessary to have the Steelhead appliance switch to the newer software
D. The new software image will be loaded into the Booted partition; a restart will be necessary to have the Steelhead appliance switch to the newer software
E. The new software image will be loaded into the Backup partition; a configuration save will be necessary to have the Steelhead appliance switch to the newer software