Minimizing Downtime on the Hospital Network during Cisco FMC Device Upgrades
Question
A hospital network needs to upgrade their Cisco FMC managed devices and needs to ensure that a disaster recovery process is in place.
What must be done in order to minimize downtime on the network?
Answers
Explanations
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A. B. C. D.C.
To minimize downtime on the hospital network during an upgrade of their Cisco FMC managed devices, the following steps should be taken to ensure that a disaster recovery process is in place:
Keep a copy of the current configuration to use as backup (Option B): This is an essential step in any upgrade process. Backing up the current configuration ensures that in case of any errors or issues during the upgrade, the network can be restored to its previous state. It also ensures that all the current policies and rules are maintained.
Configure the Cisco FMCs for failover (Option C): This step ensures that in case of any failure on the primary device, the secondary device will take over without any downtime. This is achieved by configuring the devices in Active/Standby mode. The standby device will constantly monitor the active device, and in case of any failure, it will take over.
Configure the Cisco FMC managed devices for clustering (Option D): Clustering allows multiple devices to act as a single logical device, providing redundancy and load balancing. This ensures that in case of any failure on one of the devices, the other devices will take over and continue to provide service.
Configure a second circuit to an ISP for added redundancy (Option A): This step ensures that in case of any failure of the primary circuit, the secondary circuit will take over without any downtime. This provides added redundancy and ensures that the network is always available.
In summary, all the options provided (A, B, C, and D) are important in ensuring a disaster recovery process is in place and minimizing downtime on the hospital network. Option B is the bare minimum and should be done as a best practice in any upgrade process. Options C and D provide redundancy and load balancing, ensuring that the network is always available. Option A provides added redundancy to the network, ensuring that the network is always available in case of any circuit failure.
