During an assessment for an organization's cloud design, a cloud architect discovers that developers will be creating applications for tenants. The applications will self-scale based on an internal trigger. The architect has included CMP components in the design that will support this requirement.
What else should the cloud architect consider to meet this requirement?
During the cloud design assessment, it is critical to ensure that sufficient consumer resources exist to support application elasticity. This means there must be enough computing resources available to handle the scaling of applications as triggered internally by the developers. Without adequate resources, the self-scaling mechanism cannot function properly, leading to performance issues or application downtime.
A cloud architect is designing a packaged PaaS Solution for an organization. One of the primary concerns of the organization is application portability. What consideration focuses on portability?
When designing a packaged PaaS solution with the primary concern of application portability, the focus should be on selecting technologies that enable portable PaaS architectures. This typically includes technologies like operating system containers, PaaS frameworks, and container-orchestration-based approaches which ensure that applications can be easily moved and run in different environments. Therefore, the consideration that focuses on portability is choosing a technology that enables portable PaaS architectures.
DRAG DROP -
As part of the planning process, a cloud architect may use tools to gather data from customer systems. Match each tool with its associated description.
Select and Place:
DRAG DROP -
A cloud architect is delivering a knowledge transfer on how to script a service in the Service Catalog that restores a VM. What is the correct order of steps that should be demonstrated?
Select and Place:
You are designing the CMP structure. Where should you define the pods?
In the context of designing a CMP (Cloud Management Platform) structure, pods should be defined within availability zones. An availability zone provides isolated locations within a data center that are engineered to be independent of failures in other zones, allowing for fault tolerance and high availability of services. This structure ensures that each pod, which represents a distinct area of functionality, can be managed independently and is resilient to failures in other parts of the infrastructure.