Configuring Control Of Secondary Interfaces in HA Deployments
Ensure that the following conditions are met:
Separate IP addresses for the dedicated iSCSI network interface on each of the HA servers. The IP addresses must be on different networks.
Separate IP addresses prevent IP address conflicts when the network interfaces are active on both HA hosts at the same time. The iSCSI software and drivers can access the external storage at startup and during the HA failover. Also, the external volume can be successfully mounted when the HA node switches from standby to active.
For more information about configuring network interfaces, see Juniper Secure Analytics Administration Guide.
The primary and secondary appliances are configured.
For more information, see the Juniper Secure Analytics High Availability Guide.
iSCSI storage is configured.
NetworkManager is disabled by typing the following command.
systemctl status NetworkManager
Separate IP addresses for the dedicated iSCSI network interface on each of the HA servers. The IP addresses must be on different networks.
Separate IP addresses prevent IP address conflicts when the network interfaces are active on both HA hosts at the same time. The iSCSI software and drivers can access the external storage at startup and during the HA failover. Also, the external volume can be successfully mounted when the HA node switches from standby to active.
For more information, see the Juniper Secure Analytics High Availability Guide.
The primary and secondary appliances are configured.
For more information, see the Juniper Secure Analytics High Availability Guide.
iSCSI storage is configured.
NetworkManager is disabled by typing the following command.
systemctl status NetworkManager
If you use iSCSI and a dedicated network interface in a high-availability (HA) deployment, you must ensure that the secondary interface is not managed by the HA process. Configure the management of the secondary interface to ensure that in the event of a failover to the secondary HA host, the interface always remains active.