A customer is deploying vRealize Log Insight (vRLI) in their data centers. The customer has the following:
Three data centers in three geographical locations.
Each site has 1000 logging sources that send events to vRLI.
The customer has the following requirements:
Minimize the resources footprint in the management cluster where vRLI will be deployed.
vRLI must be highly available with no single points of failure.
Logs collected from any data center must be protected against site failure.
Which three design decisions would the architect choose to achieve the requirements? (Choose three.)
A company is planning to deploy a new cloud management solution that will allow business users to deploy servers via a self-service portal. After the initial discovery workshop with the new service owner, the architect has gained the following key information about the project:
In an effort to increase user experience, the IT Manager has requested that all deployments do not rely on manual approvals.
The current IT team is made up of five engineers but only one engineer has any experience writing scripts or automating server deployments.
The current version of the CMDB solution has no API available to create or destroy configuration items (CI) and there is no budget for upgrades.
Currently all CMDB activities are completed manually via service request with an SLA of 4 hours.
The customer has one data center with a requirement of protection against data center failure.
The expected availability SLA (measured monthly) will be 99.5%.
The deployment of a server is expected to take no longer than 2 hours.
Given the information provided, which two risks should the architect document within the design? (Choose two.)
An architect is designing a certificate strategy for vRealize Operations (vROps) to satisfy the following requirements:
Enhance security
Avoid browser warnings
The certificate must be applicable for all vROps servers
Which three design decisions would fulfill the requirements? (Choose three.)
An architect is responsible for creating a new design to centralize the logging infrastructure for an existing vSphere environment. The key stakeholder in the project has provided the following list of requirements:
The management solution must forward all logs to the existing centralized Security Incident and Event Management (SIEM) solution.
The management solution must be a minimum of N + 1 resilient.
The management solution must provide the ability to view at least 2 months of live data.
The management solution must meet a monthly uptime SLA of 99.9%.
The management solution must support the collection of logs from ten geographically separated data center locations.
The management solution must support the collection of a minimum of 10,000 events per second.
Given the information from the stakeholder, which two statements would be considered functional requirements? (Choose two.)
An architect is designing a greenfield Cloud Management solution. During the requirements gathering workshop with the customer, the following information was captured:
The log monitoring solution must be capable of collecting a minimum of 10,000 evets per second.
The automation solution must be capable of deploying at least 20 concurrent workloads.
When creating the design documentation, which design quality should be used to classify the requirements?
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