You are designing the number of PVWAs a customer must deploy. The customer has three data centers with a distributed Vault in each, requires high availability, and wants to use all Vaults at all times.
How many PVWAs does the customer need?
You are designing the number of PVWAs a customer must deploy. The customer has three data centers with a distributed Vault in each, requires high availability, and wants to use all Vaults at all times.
How many PVWAs does the customer need?
Given the customer's requirements of having three data centers, high availability, and the ability to use all Vaults at all times, it is necessary to deploy at least two PVWAs per data center. This ensures redundancy within each data center for high availability. Hence, the customer needs a minimum of six PVWAs.
At least 2 loadbalanced PVWA's in each datacenter
The customer’s requirements dictate that they will need at least two PVWAs in each data center which are connected to the Vault in that data center. The PVWAs in each data center should also be load balanced and connected to the PVWAs in the other data centers in order to allow for HA and so they can use all Vaults at all times, even if one data center and/or PVWA is unavailable. Therefore at least 6 are required. https://docs.cyberark.com/PAS/Latest/en/Content/PAS%20INST/PVWA-install-multiple-PVWA-env.htm
The answer is A. This means that the customer needs to have at least two PVWAs in each data center, for a total of six PVWAs. Each data center has two PVWAs, which are connected to the Vault in that data center. The PVWAs in each data center are also connected to each other, and to the PVWAs in the other data centers. This allows the customer to use all Vaults at all times, even if one data center is unavailable.