• SonicOS 8
• About SonicOS
  • Working with SonicOS
  • SonicOS Workflow
  • How to Use the SonicOS Administration Guides
  • Guide Conventions
• High Availability
  • About High Availability
    • High Availability Terminology
    • High Availability Modes
    • High Availability Encryption
    • Crash Detection
    • Virtual MAC Address
    • Dynamic WAN Interfaces with PPPoE HA
    • Stateful Synchronization with DHCP
    • Stateful Synchronization with DNS Proxy
    • About HA Monitoring
  • About Active/Standby HA
    • Benefits of Active/Standby HA
    • Working of Active/Standby HA
  • About Stateful Synchronization
    • Benefits of Stateful Synchronization
    • How Does Stateful Synchronization Work?
    • Example of Stateful Synchronization
  • Active/Standby Prerequisites
    • Supported Platforms and Licensing for HA
    • Physically Connecting Your Security Appliances
  • Maintenance
    • Removing an HA Association
    • Replacing a SonicWall Security Appliance
      • Replacing an HA Primary Unit
      • Replacing an HA Secondary Unit
• High Availability Status
  • Active/Standby High Availability Status
    • High Availability Status
    • High Availability Config
    • High Availability Licenses
• Configuring High Availability
  • Configuring Active/Standby High Availability Settings
  • Configuring HA with Dynamic WAN Interfaces
• Configuring High Availability in the Cloud Platform
  • Set up an Active/Standby High Availability Configuration Using Azure
    • Install the Custom Template
    • Enable Identity of Both Virtual Machines (HA1 and HA2)
    • Role Assignment
    • Check the Networking Tab
    • Configuring Active NSv Firewall Using the Associated Public IP
    • Configuring Standby NSv Firewall Using the Associated Public IP
    • Enable the L3 Mode
    • Configuring Active NSv Firewall Using the Floating Public IP
    • Configuring HA to Active/Standby with L3 HA link
    • Adding Additional Floating Public IP
• Fine Tuning High Availability
  • Advanced Settings
  • Configuring Advanced High Availability Settings
• Monitoring High Availability
  • Configuring Active/Standby High Availability Monitoring
  • IPv6 High Availability Monitoring
  • IPv6 HA Monitoring Considerations
• Azure Use Cases
  • Use Case 1: Manage Azure HA Firewall
  • Use Case 2: Forward LAN traffic to the External Network through the Gateway after HA Failover
  • Use Case 3: Configure DNAT on Azure HA Firewall
  • Use Case 4: Configure DNAT on Azure HA Firewall (Need to move multiple floating IPs support)
• SonicWall Support
  • About This Document

High Availability Status

The High Availability Status section on the DEVICE | High Availability > Status page displays the following information:

• Status - Indicates the High Availability status of the current firewall. The possible values are:
  • Primary Active - Indicates that the current appliance is the Primary unit in the ACTIVE state.
  • Primary Standby - Indicates that the current appliance is the Primary unit in the STANDBY state.
  • Primary Disabled - Indicates that the current appliance is the Primary unit, but High Availability has not been enabled.
  • Primary not in a steady state - Indicates that the current appliance is the Primary unit, HA is enabled, and the appliance is neither in the ACTIVE nor the STANDBY state.

• Primary State - Indicates the current state of the Primary appliance as a member of an HA Pair. The Primary State field is displayed on both the Primary and the Secondary appliances. The possible values are:

  • ACTIVE - Indicates that the Primary unit is handling all the network traffic except management/monitoring/licensing traffic destined to the standby unit.

  • STANDBY - Indicates that the Primary unit is passive and is ready to take over on a failover.

  • ELECTION - Indicates that the Primary and Secondary units are negotiating which should be the ACTIVE unit.

  • SYNC - Indicates that the Primary unit is synchronizing settings or firmware to the Secondary.

  • ERROR - Indicates that the Primary unit has reached an error condition.

  • REBOOT - Indicates that the Primary unit is rebooting.

  • NONE - When viewed on the Primary unit, NONE indicates that HA is not enabled on the Primary. When viewed on the Secondary unit, NONE indicates that the Secondary unit is not receiving heartbeats from the Primary unit.

• Secondary State - Indicates the current state of the Secondary appliance as a member of an HA Pair. The Secondary State field is displayed on both the Primary and the Secondary appliances. The possible values are:

  • ACTIVE - Indicates that the Secondary unit is handling all the network traffic except management/monitoring/licensing traffic destined to the standby unit.

  • STANDBY - Indicates that the Secondary unit is passive and is ready to take over on a failover.

  • ELECTION - Indicates that the Secondary and Primary units are negotiating which should be the ACTIVE unit.

  • SYNC - Indicates that the Secondary unit is synchronizing settings or firmware with the Primary.

  • ERROR - Indicates that the Secondary unit has reached an error condition.

  • REBOOT - Indicates that the Secondary unit is rebooting.

  • NONE - When viewed on the Secondary unit, NONE indicates that HA is not enabled on the Secondary. When viewed on the Primary unit, NONE indicates that the Primary unit is not receiving heartbeats from the Secondary unit.

• Active Up Time - Indicates how long the current Active firewall has been Active, since it last became Active. If the unit is not part of an HA pair, this line displays High Availability Disabled.

• Found Peer - Indicates if the Primary unit has discovered the Secondary unit. Possible values are Yes and No.

• Settings Synchronized - Indicates if HA settings are synchronized between the Primary and Secondary units. Possible values are Yes and No.

• Stateful HA Synchronized - Indicates if stateful synchronization settings are synchronized between the Primary and Secondary units. Possible values are Yes and No.