Which statement is true regarding "fair-peering"?
A. It is a default parameter
B. It enables load distributed using round-robin
C. It enables load distribution using peer affinity
D. It can be configured as part of a load-balancing rule
E. It automatically redistributes connections equally among all appliances in a cluster when a new appliance is added to the local cluster
Which TCP port will two Interceptor appliances communicate across in a parallel deployment?
A. 7800
B. 7810
C. 7840
D. 7850
E. 7860
With these default registry parameters, SMB signing is negotiated in the following manner. (Select 2)
A. SMB/CIFS exchanges between the Client/Workstation and the Member Server are not signed
B. SMB/CIFS exchanges between the Client/Workstation and the Member Server are always signed
C. SMB/CIFS exchanges between the Client/Workstation and the Domain Controller are not signed
D. SMB/CIFS exchanges between the Client/Workstation and the Domain Controller are always signed
You need to perform a tcpdump of traffic entering the Steelhead appliance's lan0_0 interface. Which of the following demonstrate the proper command format to perform the tcpdump and capture to a file?
A. tcpdump –p lan0_0 –S 300 –w lancap.cap
B. tcpdump –i lan0_0 –s 300 –w lancap.cap
C. tcpdump –i lan0_0
D. tcpdump –I lan0_0 –s 300
E. tcpdump –i lan0_0 -3 300 –r lancap.cap
Which of the following are valid WCCPv2 control messages? (Select 3)
A. I_SEE_YOU
B. HERE_I_AM
C. REMOVAL_QUERY
D. REMOVAL_ACK
When two or more Steelhead appliances are configured with Connection Forwarding in such environments as WCCP clustering, what feature will allow remaining Steelhead appliances to continue to provide optimization for new connections when one unit fails?
A. In-Path Neighbor FailurE. Allow
B. WCCP neighbor active
C. Minimum cluster count set to 1
D. Maximum cluster count set to 2
E. This cannot be done on Steelhead appliances
In a Steelhead appliance deployment, the customer decides to use Full Transparency and block all incoming/outgoing TCP connections on port 7800 on their firewall. However, they are finding all TCP connections are passing through the Steelhead appliances (even ones that should be optimized via the in-path rule set).
If Full Transparency uses the original IP addresses and TCP ports for inner connections, what is the most likely cause of all TCP connections passing through the Steelhead appliances?
A. The OOB (out-of-band) splice connection cannot be made
B. The user connections (if using the same ephemeral TCP port) are blocking each other, since the Steelhead appliance had to make all of these sequentially
C. Full Transparency is only supported on Steelhead 3U appliances
D. All connections are being blocked by the firewall
-- Exhibit -- Exhibit -
Refer to the exhibit. What statements are true? (Select 2)
A. This connection started on USER1 and is being optimized between SH11 and SH12.
B. This connection started on USER1 and is being optimized between Steelhead Mobile Client on USER1 and SH11.
C. This connection started on USER1 and is being optimized between Steelhead Mobile Client on USER1 and SH12.
D. This connection will show as "passtrough" on SH12.
E. This connection will not appear on SH12.
The SteelCentral Controller for SteelHead Mobile is rebooted or becomes unreachable from the end user mobile client. What happens to their network connections?
A. The end user's existing and new connections continue to be optimized as per policy.
B. SSL trusts will fail and SSL will be passed through, all other traffic is unaffected.
C. The end user's optimized connections continue but new connections are passed through.
D. The end user's network connections terminate and they must wait for the controller to come back online.
E. The end user's optimized connections are reset and restart in pass-through mode.
A SteelHead is deployed in a VLAN bridge. Which VLAN ID should be configured on the in-path interface to support this environment?
A. 1
B. 100
C. 200
D. No configuration is necessary as LAN and WAN interfaces are on access ports
E. It will require an in-path interface for each VLAN
