830-01 RCPE Certified Professional WAN Optimization Question and Answers

optimize TCP IPv6

optimize UDP IPv6

optimize UDP IPv4

optimize TCP IPv4

A

B

C

D

E

50,000

100,000

200,000

More than 200,000

A Redirect Load Balancing rule containing Steelhead-1 and Steelhead-2

No Load Balancing rules are needed for the administrator's policy

Two Redirect Load Balancing rules; first rule for Steelhead-1 and second rule for Steelhead-2

Two Redirect Load Balancing rules; first for both Steelhead-1 and Steelhead-2, second one for Steelhead-2

Redirect to peer

Pass-through new connections

Block all connections

Deny all connections

Optimize all connections

Synchronizing datastore

Sharing connection state with a parallel Interceptor appliance

Redirect to a Steelhead appliance cluster

Failover to another Interceptor appliance

When no user defined Load Balancing rules matches AND peer neighbors are defined

When no user defined Load Balancing rules matches AND no peer neighbors are defined

When no peer Interceptor appliances are defined

When a user-defined Load Balancing rule matches AND a target Steelhead appliance is available

Physical in-path

Virtual in-path

Out-of-path

Virtual Steelhead appliance

Proxy file server

Traffic will be interrupted

The Steelhead stops the interception of new connections for optimization for as long as it is in admission control

This is just a report and the Steelhead will continue to optimize traffic

The Steelhead will start optimizing faster any new connections

The Steelhead will shut down in less than a minute

Rbtdebug.exe

Rbtmon.exe

Shmobile.exe

Rbtsport.exe

All of the above

Adapter location awareness

Latency licensing awareness

Optimization awareness

Branch office self-awareness

Latency-based location awareness

Number of TCP connections

Types of application

Datastore size

Bandwidth

All of the above

Port 7800 is being blocked between the Steelhead Mobile Controller and the Steelhead appliance

Port 7810 is being blocked between the Steelhead Mobile client and the Steelhead appliance

Port 7801 is being blocked between the Steelhead Mobile client and the Windows TCP Stack

Port 7850 is being blocked between the Steelhead Mobile Controller and the Steelhead appliance

Port 7801 is being blocked between the Steelhead Mobile Controller and the Steelhead appliance

A copy of all memory

A copy of hardware registers

Status indicators

System configs and tcpdumps

A, B, and C

Automatically detect Steelhead appliances in the network

Help prevent network loops

Assist in the creation of static routes on the Interceptor appliance

Preclude the need for proper routing

Remove the upgrade license and restart the virtual Steelhead appliance

Reinstall the original model license

Reduce the amount of CPU and RAM allocated to the Virtual Steelhead appliance and it will automatically downgrade at the next startup

It is not possible to downgrade after an upgrade

It allows for the ability to support multiple NICs on the Interceptor

It allows the Interceptor appliance to communicate with Steelhead appliances and other Interceptor appliances via more than one In-path interface

It allows the Interceptor appliance to communicate via Multicast to In-path interfaces on the Steelhead appliances

It allows the Interceptor appliance to be managed by In-path interfaces as well as the Primary interface

Always correct addressing.

Depends on which addressing mode the first optimized connection uses.

Always transparent addressing.

Always destination transparency.

This behavior is by design.

Router, switch and SteelHead interfaces have auto MDI/MDIX but incorrect cables have been used.

Fail-to-block is enabled.

The bypass NIC battery has failed.

Router, switch and SteelHead interfaces are hard coded and incorrect cables have been used.

The router is not properly configured.

Physical in-path mode should be enabled.

The wccp redirect command is missing.

You should disable logical in-path.

This Steelhead appliance is configured with enhanced auto-discovery.

This Steelhead appliance is configured with enhanced peering discovery.

The SYN packet coming from 172.16.12.99 with a destination to 172.16.11.88 carries a probe of 10 bytes.

The SYN packet coming from 172.16.12.99 with a destination to 172.16.11.88 carries a probe of 10 bytes + a 4 bytes notification message.

This connection started on USER1 and is being optimized between SH11 and SH12.

This connection started on USER1 and is being optimized between Steelhead Mobile Client on USER1 and SH11.

This connection started on USER1 and is being optimized between Steelhead Mobile Client on USER1 and SH12.

This connection will show as "passtrough" on SH12.

This connection will not appear on SH12.

Enable Citrix CDM optimization.

Enable SecureICA encryption.

Session Reliability (CGP) Port.

Enable Citrix Traffic Fallback Behavior.

It is not a problem. The message is displayed when a system dump is generated.

The management process crashed

The optimization process crashed

The management process received permission to apply QoS marking

The sport process received permission to apply QoS marking

No, downgrades are only permitted if the target version was previously installed.

No, it is not possible to downgrade RiOS.

Yes, the configuration will be migrated successfully during any downgrade.

Yes, v8.6.3 is a chronologically newer version.

1

100

200

No configuration is necessary as LAN and WAN interfaces are on access ports

It will require an in-path interface for each VLAN

The connection will be unsigned but allowed. The SteelHead does not need to have SMB signing enabled to accommodate this connection.

The connection will not be allowed, as signing is enabled on the client and disabled on the server.

The connection will be allowed and will be signed as the client determines whether SMB signing is used or not.

The connection will be allowed, and will be signed between the client and client-side SteelHead.

It is not a problem, but part of the regular operation

The management process crashed

The optimization process crashed

The management process received permission to connect to a Granite Core device

The sport process received permission to connect to a Granite Core device

To keep similarly sized SteelHead models peering with each other.

To ensure load is distributed evenly throughout the cluster.

To maximize the benefits of SDR by maintaining SteelHead peering relationships.

To ensure asymmetrically routed connections are optimized.

To make sure cluster SteelHeads remain connected to the same Interceptor.

Allow UDP 9545 from/to In-path interfaces

Allow 443 traffic from/to Primary interface

Allow TCP 9545 from/to In-path interfaces

Allow TCP 9545 from/to Primary interfaces

no interface inpath0_0 fail-to-bypass enable

interface inpath0_0 fail-to-bypass enable w-failure

No in-path neighbor allow-failure

In-path neighbor allow-failure

no asymmetric-route-detect enable

Enable HSTCP, configure the WAN buffers and enable SDR/LZ.

Enable HSTCP, configure the WAN buffers and disable SDR/LZ.

Max-TCP and HS-TCP are only for optimized flows, so data reduction cannot be disabled but will fill the pipe anyway.

Enable MXTCP, configure the WAN buffers and disable SDR/LZ.

Enable MXTCP, configure the WAN buffers and enable SDR/LZ.

Enable Forced Burst TCP (FB-TCP)

Enable HighSpeed TCP (HSTCP)

Disable admission control

Lower the Advanced Security Checkflow Parameter (ASCP)

Enable Maximum TCP (MX-TCP)

Enable disk encryption

A only

B only

B and C

A and B

Security Policy

Optimization Policy

System Setting Policy

License Policy

Networking Policy

1050

250

550

3020

CMC appliance model

CMC appliance version

Logout

Reset

User Logged in

Upgrade from uploaded image

Upgrade from the CMC appliance flash

Automatic download from support.riverbed.com

Upgrade from URL

Upgrade from TFTP server

They are text file snapshots of the current running configuration taken at 3 a.m. (by default)

The CMC appliance creates hyperlinks of the backups for easy viewing with a Web browser

The configurations can be copied from the CMC appliance back to the Steelhead appliance via SCP

There is a limit of five configurations per Steelhead appliance that can be stored at any one time in a rolling queue

The Steelhead configuration files can be edited on the CMC appliance

LAN0_0

Primary

Auxiliary

WAN0_0

Both servers have faulty network interface cards and should be replaced

Both the HTTP service running in Server31 and the FTP service running in Server32 are down and should be restarted

A more specific static route pointing to Subnet 31 is not configured at SH3

A more specific static route pointing to Subnet 31 is not configured at R3

A more specific static route pointing to Subnet 31 is not configured at L3 Switch

Riverbed recommends you turn off URL Learning and Parse-and-Prefetch and only enable OPT

Riverbed recommends you enable URL Learning and Parse-and-Prefetch and turn off OPT

Riverbed recommends you turn off URL Learning and only enable Parse-and-Prefetch and OPT

Riverbed recommends you turn off URL Learning, Parse-and-Prefetch, and OPT

Riverbed recommends you enable URL Learning, Parse-and-Prefetch, and OPT

You are required to supply login credentials to every Steelhead appliance

You will automatically be logged into to every Steelhead appliance

All users will use the same user name and password

It is not possible to use TACACS+ or RADIUS

Raise alarm when network interface duplex errors are detected

Raise alarm when network interface link errors are detected

Raise alarm when the number of optimized connections exceeds user specified limit

Raise alarm if a software version mismatch is detected in the network

Raise alarm when asymmetric routes are detected

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

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

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

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

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

Intercept on outbound interface only

Multicast support

Able to redirect any TCP/UDP traffic

Uses UDP port 2048 for control messages

Multi-router support

25 inner channel connections between each pair of Steelhead appliances.

20 inner channel connections between data center and branch Steelhead appliances.

20 inner channel connections between each pair of Steelhead appliances.

15 inner channel connections between each pair of Steelhead appliances.

20 outer channel connections between server and server-side Steelhead appliances.

For handling Removal Query process

For handling Redirect Assignment process

For handling Here-I-Am packets process

For handling the I-See-U packets process

Connection Forwarding is not recommend in WCCP deployments

In-Path Neighbor FailurE. Allow

WCCP neighbor active

Minimum cluster count set to 1

Maximum cluster count set to 2

This cannot be done on Steelhead appliances

No TCP SYN Flooding

Connection limit per source IP

Limit UDP traffic

Run Deep Packet Inspection on all traffic

Run Deep Packet Inspection on TCP traffic only

A virtual connection contained within one of the inner-connections which corresponds to a client-server connection

A separate connection between the Primary IP addresses of the client and server Steelhead appliances

A separate inner-connection between two Steelhead appliances not directly related to any one of the user inner connections

No such construct exists

4,665,000 bytes

9,330,000 bytes

3,110 bytes

6,220 bytes

2,325,000 bytes

be deployed on different physical links.

be deployed on 802.1Q trunks.

be deployed on all the same physical links.

be deployed separately.

Using inbound interface redirection instead

Use fixed-target rules and remove WCCP on the WAN facing interfaces

Use Redirect lists to control what traffic gets redirected

Use the router command “load interval 30” to restrict WCCP to use 30% of the CPU

Use Event Element Manager (EEM) to load balance between a clustered Steelhead appliance deployment

1

2

1, 5

2, 3, 4, 5

1, 2, 3, 4, 5

inpath0_0

inpath0_1

Primary

AUX

The connection was forwarded to another Steelhead.

This connection was pass through.

Connection forwarding is working.

This connection was never established.