This article provides information about manually switching the HA roles of your primary and secondary Sockets.
Manual high availability (HA) failover lets you test your Socket environment by temporarily failing a site over to the Secondary Socket from within the Cato Management Application (CMA). This can help to validate that HA is correctly configured and responsive to failover events
This capability gives you control over failover timing, allowing for a safer and more predictable validation process. Use the Socket page fail over to the Secondary Socket.
Note
Important:
- Ensure that onsite Socket personnel are available before performing a manual HA failover in case any issues require physical access.
- Do not use the manual HA failover to perform Socket maintenance - this can create a split-brain issue for the Sockets
Triggering a manual failover from the CMA performs these actions:
- The CMA tells the Primary Socket to stop sending VRRP packets
- The Secondary Socket detects the failure and takes over as the Primary Socket
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After approximately 120 seconds, the CMA displays:
- Status: HA not ready
- Both Sockets may temporarily appear as Primary (split-brain scenario), indicating the Secondary has taken ownership
This behavior is expected and confirms that the Secondary is now active.
Before triggering a manual HA failover, make sure:
- Both Sockets are running Socket version 24 or higher
- The HA state is Ready in the CMA
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