A company is switching from one cloud provider to another and needs to complete the migration as quickly as possible. Which of the following is the MOST important consideration to ensure a seamless migration?
A company is switching from one cloud provider to another and needs to complete the migration as quickly as possible. Which of the following is the MOST important consideration to ensure a seamless migration?
Ensuring feature compatibility is the most important consideration when switching from one cloud provider to another for a seamless migration. If the features and services used in the current cloud environment are not compatible with those in the new environment, it can lead to application failures, data corruption, or significant rework. Compatibility of APIs, data storage formats, and networking configurations is crucial to avoid these issues and ensure that the migration completes quickly and smoothly.
The answer would be “C.” The cost of the environment would already be factored before agreeing to the cloud migration. I/O of storage would not factor here, but it is still important to know. Network utilization isn’t clarified for its purpose unless it is trying to outline the speed of the migration. But feature compatibility would clarify if what is being migrated, will work in the new environment without issue (i.e., emphasis on seamless).
I am going with C based off of https://cloud.netapp.com/blog/data-migration-from-aws-to-azure-reasons-and-challenges
Feature compatibility
The key word in this question is as soon as possible. For me the right is I/O speed of memory
C. Feature compatibility: Ensuring that the features and services used in the current cloud environment are compatible with those in the new cloud environment is crucial for a seamless migration. This includes compatibility of APIs, data storage formats, networking configurations, and any other cloud services being utilized. If there are discrepancies or incompatibilities, they can lead to application failures, data corruption, or significant rework, which can severely hinder the migration process.