An architect was tasked with providing a temporary vRealize Automation instance for a test environment that includes a single vRealize Automation appliance and an IaaS server that includes a SQL database instance. After testing is complete, the architect is tasked to convert the existing instance into a distributed, load-balanced instance to be used for production.
Which design solution would best address this request?
A . – Deploy a load balancer that routes appropriate traffic to the existing instance.
– Deploy additional vRealize Automation appliances and join them to the existing machine to create a cluster.
– Deploy additional laaS servers for Web, Manager, DEM workers and Agents.
B . – Deploy additional vRealize Automation appliances and join them to the existing machine to create a cluster.
– Deploy additional laaS servers for Web, Manager, DEM workers, and Agents.
– Add the additional laaS servers from the cluster tab under the vRealize Automation management page.
C . – Deploy a new distributed load-balanced vRealize Automation environment.
– Configure directories and groups the same as for the proof-of-concept instance.
– Import the test-managed machines into the new instance using migration.
D . Deploy a new distributed load-balanced vRealize Automation environment.
Configure directories and groups the same as for the proof-of-concept instance.
Import the test-managed machines into the new instance using bulk import.
Answer: A
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