All of the following are techniques to enhance the portability of cloud data, in order to minimize the potential of vendor lock-in except:
All of the following are techniques to enhance the portability of cloud data, in order to minimize the potential of vendor lock-in except:
Using DRM (Digital Rights Management) and DLP (Data Loss Prevention) solutions widely throughout the cloud operation would actually decrease portability instead of enhancing it. DRM typically involves encryption and other access controls that can complicate data transfer, while DLP focuses on preventing data from leaving a secure environment, making it harder to migrate between cloud providers. Therefore, these techniques do not enhance the portability of cloud data and do not minimize the potential of vendor lock-in.
C. Ensure favourable contract terms to support portability That is the one to enhance portability
Agree. C. Ensure favourable contract terms to support portability
It says "except". Answer B.
It says "except". Answer B.
Answer: B
B is correct, the keyword to look at is the last one in the question!!
B: Use DRM and DLP solutions widely throughout the cloud operation
As A, C and D are helping a customer from locking in to a vendor.
Agree C
key word tech
except
Portability in cloud computing refers to the ability to easily move data, applications, and workloads from one cloud provider to another without excessive restrictions. Digital Rights Management (DRM) and Data Loss Prevention (DLP) solutions, while useful for security, can actually hinder portability by restricting how data is accessed, copied, or transferred. Techniques to Enhance Cloud Portability: A. Ensure there are no physical limitations to moving → Prevents storage or network constraints from limiting data migration. C. Ensure favorable contract terms to support portability → Contracts should include exit strategies and data extraction clauses. D. Avoid proprietary data formats → Using open, standardized formats makes migration easier and reduces vendor lock-in.