nerdexam
HP

HP0-J67 · Question #34

A company is planning to implement a backup and archiving solution. They have the following requirements: - Corrupt data files must be restored within seconds - Archived data must be available for…

The correct answer is D. Tape-based storage for archived data E. Disk-based storage for backup data. To meet the requirement of restoring corrupt files within seconds, disk-based storage for backup data is necessary, while tape-based storage is ideal for long-term, off-site archiving for 15 years.

Implementing Business Continuity and Disaster Recovery Solutions

Question

A company is planning to implement a backup and archiving solution. They have the following requirements:

  • Corrupt data files must be restored within seconds
  • Archived data must be available for 15 years.
  • Archived data must be stored off-site.

Which types of solutions should the company use? (Select two.)

Options

  • ARemote replication for backup data
  • BRemote replication for archived data
  • CTape-based storage for backup data
  • DTape-based storage for archived data
  • EDisk-based storage for backup data
  • FDisk-based storage for archived data

How the community answered

(47 responses)
  • A
    11% (5)
  • B
    6% (3)
  • C
    2% (1)
  • D
    79% (37)
  • F
    2% (1)

Why each option

To meet the requirement of restoring corrupt files within seconds, disk-based storage for backup data is necessary, while tape-based storage is ideal for long-term, off-site archiving for 15 years.

ARemote replication for backup data

Remote replication maintains a live or near-live copy for disaster recovery, but it is not typically considered the primary solution for restoring corrupt files from a point-in-time backup.

BRemote replication for archived data

Remote replication is generally used for active data or disaster recovery, not for cost-effective, long-term, static archiving solutions.

CTape-based storage for backup data

Tape-based storage for backup data would not meet the 'within seconds' restore requirement, as tape access and data retrieval are significantly slower than disk-based methods.

DTape-based storage for archived dataCorrect

Tape-based storage is highly suitable for long-term archiving due to its cost-effectiveness, durability for extended periods like 15 years, and ease of physical transport for off-site storage.

EDisk-based storage for backup dataCorrect

Disk-based storage for backup data enables rapid recovery times, allowing corrupt files to be restored within seconds due to its high read/write speeds and random access capabilities.

FDisk-based storage for archived data

Disk-based storage for 15-year archiving is considerably more expensive than tape-based solutions and does not inherently fulfill the off-site requirement without additional infrastructure.

Concept tested: Backup and archiving solution design, RTO, retention

Source: https://learn.microsoft.com/en-us/azure/architecture/guide/disaster-recovery/backup-restore-recovery

Topics

#backup solution#archiving solution#RTO#long-term retention#off-site storage

Community Discussion

No community discussion yet for this question.

Full HP0-J67 Practice