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. datastoreerror - This alarm indicates that the data store is corrupt or has become incompatible with the current configuration. Clear the data store to clear the alarm.

If the alarm was caused by an unintended change to the configuration, you can change the configuration to match the previous RiOS data store settings. Then restart the optimization service without clearing the RiOS data store to reset the alarm. Typical configuration changes that require a restart with a clear RiOS data store are enabling the Extended Peer Table or changing the data store encryption. flasherror - This alarm indicates that the system has detected an error with the flash drive hardware. At times, the USB flash drive that holds the system images might become unresponsive; the SteelHead continues to function normally.

When this error triggers you cannot perform a software upgrade, as the SteelHead is unable to write a new upgrade image to the flash drive without first power cycling the system. To reboot the appliance, enter the reload command to automatically power cycle the SteelHead and restore the flash drive to its proper function. On desktop SteelHead appliance x50 and x55 models, you must physically power cycle the appliance (push the power button or pull the power cord).

mismatchpeeraggr - This alarm indicates that the appliance has encountered another appliance that is running an incompatible version of system software. Refer to the CLI, Management Console, or the SNMP peer table to determine which appliance is causing the conflict. Connections with that peer will not be optimized, connections with other peers running compatible RiOS versions are unaffected. To resolve the problem, upgrade your system software. No other action is required as the alarm clears automatically. non443sslserversdetectedonupgrade - This alarm indicates that during a RiOS upgrade (for example, from 5.5 to 6.0), the system has detected a preexisting SSL server certificate configuration on a port other than the default SSL port 443.

SSL traffic might not be optimized. To restore SSL optimization, you can either add a peering rule to the server-side SteelHead to intercept the connection and optimize the SSL traffic on the non-default SSL server port or you can add an in-path rule to the client-side SteelHead to intercept the connection and optimize the SSL traffic on the non-default SSL server port. After adding a peering or in-path rule, you must clear this alarm manually by issuing the following CLI command. When you change the default port of services (SSH, HTTP, HTTPS, and so on) on either the client or server-side SteelHead and then create a management ACL rule denying that service, the rule will not work as expected. The SteelHead on the other end (either server or client) of an in-path deployment does not know that the default service port has changed, and therefore optimizes the packets to that service port. To avoid this problem, add a pass-through rule to the client-side SteelHead for the management interfaces. The pass-through rule prevents the traffic from coming from the local host when optimized.

A management ACL rule that denies access to port 20 on the server-side SteelHead in an out-of-path deployment prevents data transfer using active FTP. In this deployment, the FTP server and client cannot establish a data connection because the FTP server initiates the SYN packet and the management rule on the server-side SteelHead blocks the SYN packet. To work around this problem, use passive FTP instead.

With passive FTP, the FTP client initiates both connections to the server. For details about active and passive FTP, see the Management Console online help or the SteelHead Management Console User’s Guide. auto - Automatically directs all Internet-bound traffic destined to a public IP address on ports 80 and 443 through the web proxy.

This is the default setting. An in-path cloud acceleration rule ( cloudaccel option) for SaaS takes priority over a web proxy auto mode rule when they are configured together. Only IPv4 addressing is supported. When auto is enabled on an Auto Discover rule, and the SteelHead is prioritizing the traffic through the web proxy, the full or port transparency WAN visibility modes have no impact.

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When the traffic cannot be prioritized through the web proxy, autodiscovery will occur and the full or port transparency modes will be used. If you enable kickoff, connections that exist when the optimization service is started and restarted are disconnected. When the connections are retried they are optimized. Generally, connections are short lived and kickoff is not necessary.

It is suitable for certain long-lived connections, such as data replication, and very challenging remote environments. For example, in an environment with 128 Kbps and 1.5 seconds of latency, you might want to use kickoff to interrupt an HTTP download so that your other traffic is optimized. In a remote branch-office with a T1 and a 35 ms round-trip time, you would want connections to migrate to optimization gracefully, rather than risk interruption with kickoff. Automatic peering (enhanced autodiscovery) greatly reduces the complexities and time it takes to deploy SteelHeads.

It works so seamlessly that occasionally it has the undesirable effect of peering with SteelHeads on the Internet that are not in your organization's management domain or your corporate business unit. When an unknown (or unwanted) SteelHead appears connected to your network, you can create a peering rule to prevent it from peering and remove it from your list of connected appliances. The peering rule defines what to do when a SteelHead receives an autodiscovery probe from the unknown SteelHead.

To prevent an unknown SteelHead from peering, you must add a pass-through peering rule that passes through traffic from the unknown SteelHead in the remote location. For details, see the, or the Management Console online help.

auto - Automatically directs all Internet-bound traffic destined to a public IP address on ports 80 and 443 through the web proxy. This is the default setting. An in-path cloud acceleration rule ( cloudaccel option) for SaaS takes priority over a web proxy auto mode rule when they are configured together. Only IPv4 addressing is supported.

When auto is enabled on an Auto Discover rule, and the SteelHead is prioritizing the traffic through the web proxy, the full or port transparency WAN visibility modes have no impact. When the traffic cannot be prioritized through the web proxy, autodiscovery will occur and the full or port transparency modes will be used. If you enable kickoff, connections that exist when the optimization service is started and restarted are disconnected. When the connections are retried they are optimized. Generally, connections are short lived and kickoff is not necessary. It is suitable for certain long-lived connections, such as data replication, and very challenging remote environments. For example, in an environment with 128 Kbps and 1.5 seconds of latency, you might want to use kickoff to interrupt an HTTP download so that your other traffic is optimized.

In a remote branch-office with a T1 and a 35 ms round-trip time, you would want connections to migrate to optimization gracefully, rather than risk interruption with kickoff. When you edit a rule of the same type (for example, in-path rule auto-discover to in-path rule edit auto-discover), the parameters you specify in the edit command are applied and the other parameters remain the same as the default value or the previously configured value of the in-path rule auto-discover command. However, if you change the rule type (for example, in-path rule auto-discover to in-path rule edit fixed-target), the parameters you specify in the edit command are applied and the rest of the parameters are reset to the default of the new rule type (in this example, resets to in-path fixed-target rules). If you enable kickoff, connections that exist when the optimization service is started and restarted are disconnected. When the connections are retried they are optimized. Generally, connections are short lived and kickoff is not necessary. It is suitable for certain long-lived connections, such as data replication, and very challenging remote environments.

For example, in an environment with 128 Kbps and 1.5 seconds of latency, you might want to use kickoff to interrupt an HTTP download so that your other traffic is optimized. In a remote branch-office with a T1 and a 35 ms round-trip time, you would want connections to migrate to optimization gracefully, rather than risk interruption with kickoff. When you edit a rule of the same type (for example, in-path rule fixed-target to in-path rule edit fixed-target), the parameters you specify in the edit command are applied and the other parameters remain the same as the default value or the previously configured value of the in-path rule fixed-target command. However, if you change the rule type (for example, in-path rule fixed-target to in-path rule edit auto-discover), the parameters you specify in the edit command are applied and the rest of the parameters are reset to the default of the new rule type (in this example, resets to in-path auto-discover rules).

If you enable kickoff, connections that exist when the optimization service is started and restarted are disconnected. When the connections are retried they are optimized. Generally, connections are short lived and kickoff is not necessary. It is suitable for certain long-lived connections, such as data replication, and very challenging remote environments. For example, in an environment with 128 Kbps and 1.5 seconds of latency, you might want to use kickoff to interrupt an HTTP download so that your other traffic is optimized. In a remote branch-office with a T1 and a 35 ms round-trip time, you would want connections to migrate to optimization gracefully, rather than risk interruption with kickoff.

In a typical in-path deployment, optimized and pass-through traffic flows through the SteelHead LAN and WAN interfaces and Riverbed network management traffic flows through the auxiliary interface. You can also use the auxiliary interface to connect the appliance to a non-Riverbed network management device. Some deployments do not allow access to the auxiliary management interface when plugged into a private subnet with a separate IP address space. In this type of deployment you cannot use the auxiliary interface to manage the SteelHead.

When you specify the VLAN tag ID for the MIP interface, all packets originating from the SteelHead are tagged with that identification number. Specify the VLAN tag that the appliance uses to communicate with other SteelHeads in your network. The VLAN Tag ID might be the same value or a different value than the in-path interface VLAN tag ID. The MIP interface could be un-tagged and in-path interface could be tagged and vice versa. A zero (0) value specifies non-tagged (or native VLAN) and is the correct setting if there are no VLANs present. If you are using OOB connection correct addressing and the client-side SteelHead cannot establish the OOB connection to the server-side SteelHead, OOB connection transparency can resolve this issue.

For example, if you have a server on a private network that is located behind a NAT device. You configure OOB connection transparency so that the client-side SteelHead uses the server IP address and port number as the remote IP address and port number. SteelHeads route packets on the OOB connection to the NAT device. The NAT device then translates the packet address to that of the server-side SteelHead.

With probe caching, the client-side SteelHead caches the autodiscovery probe response from the server-side SteelHead when trying to reach a specific server. On subsequent attempts to reach the same server, the SteelHead uses the already cached probe response. On those attempts, the client-side SteelHead sets up a session directly to the peer SteelHead within the 7800 inner channel, bypassing the autodiscovery process since it was successful with the previous attempt. By default, probes are cached for 10 seconds. When the server-side SteelHead is on a VLAN trunk and simplified routing is enabled, Riverbed recommends disabling probe caching on all the remote SteelHeads. This is because the connection request inside the 7800 inner channel might not have the correct VLAN ID. Because the request arrived on the inner channel, the VLAN ID in the request would be same as the SteelHead in-path VLAN.

If the server is on a different VLAN than the SteelHead, the request will not have the correct VLAN ID and there is no easy way to determine it. With probe caching disabled, the SteelHead will always get the SYN with original client and server IP addresses and the router adds the correct VLAN.

You only need to disable probe caching on client-side SteelHeads. You can adjust the timers for faster master appliance and backup appliance failover.

In a steady, normal operating state, the backup SteelHead periodically sends keep-alive messages to the master SteelHead on TCP port 7820. If the master SteelHead does not respond to the keep-alive message within five seconds, the backup SteelHead drops the connection and attempts to reconnect to the master SteelHead. The backup SteelHead attempts to reconnect a maximum of five times, and each time it waits for two seconds before aborting the connection. For a physical in-path failover deployment, you configure a pair of SteelHeads: one as a master and the other as a backup. The master SteelHead in the pair (usually the SteelHead closest to the LAN) is active and the backup SteelHead is passive.

The master SteelHead is active unless it fails for some reason. The backup is passive while the master is active and becomes active if either the master fails or the master reaches its connection limit and enters admission control status. A backup SteelHead does not intercept traffic while the master appliance is active. It pings the master SteelHead to make sure that it is alive and processing data. If the master SteelHead fails, the backup takes over and starts processing all of the connections. When the master SteelHead comes back up, it sends a message to the backup that it has recovered. The backup SteelHead stops processing new connections (but continues to serve old ones until they end).

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