Given two devices in an HA cluster, which statement can be concluded based on session statistics? (Choose two.)

Given two devices in an HA cluster, which statement can be concluded based on session statistics? (Choose two.)

• A. STUDENT is likely to be the master device.
• B. Session-pickup is likely to be enabled.
• C. The cluster mode is active-passive.
• D. There is not enough information to determine the cluster mode.

Answer: (A)

In a high availability (HA) cluster, session statistics can provide insights into the operational roles of the devices within the cluster. When analyzing session statistics, if a significant number of active sessions are registered under one device, it often indicates that this device is handling the majority of the traffic and is likely acting as the master device. Thus, if the data shows that one device is managing most of the sessions, it supports the conclusion that this device is the master device. In conjunction with this, if both devices in the cluster show session statistics that imply they are sharing sessions effectively or that sessions are quickly being established and dropped, one might infer that session pickup is likely enabled. Session pickup allows the standby device to take over the sessions from the master device seamlessly in the event of a failover. This feature helps maintain session continuity and ensures minimal disruption for users. Option regarding the cluster mode being active-passive cannot be definitively concluded solely based on session statistics. An active-passive mode means one device is active (master) while the other is in standby, but without clearer information about session handling and failover events, this cannot be confirmed. Therefore, the fact that session statistics indicate one device is likely handling the majority of the traffic supports the idea that

In a high availability (HA) cluster, session statistics can provide insights into the operational roles of the devices within the cluster. When analyzing session statistics, if a significant number of active sessions are registered under one device, it often indicates that this device is handling the majority of the traffic and is likely acting as the master device. Thus, if the data shows that one device is managing most of the sessions, it supports the conclusion that this device is the master device.

In conjunction with this, if both devices in the cluster show session statistics that imply they are sharing sessions effectively or that sessions are quickly being established and dropped, one might infer that session pickup is likely enabled. Session pickup allows the standby device to take over the sessions from the master device seamlessly in the event of a failover. This feature helps maintain session continuity and ensures minimal disruption for users.

Option regarding the cluster mode being active-passive cannot be definitively concluded solely based on session statistics. An active-passive mode means one device is active (master) while the other is in standby, but without clearer information about session handling and failover events, this cannot be confirmed.

Therefore, the fact that session statistics indicate one device is likely handling the majority of the traffic supports the idea that