HPE Data Protection Solutions (HPE2-B01) Certification Sample Questions

HPE HPE2-B01 VCE, Data Protection Solutions Dumps, HPE2-B01 PDF, HPE2-B01 Dumps, Data Protection Solutions VCE, HPE Data Protection Solutions PDF Getting knowledge of the Hewlett Packard Enterprise HPE2-B01 exam structure and question format is vital in preparing for the HPE Data Protection Solutions certification exam. Our HPE Data Protection Solutions sample questions offer you information regarding the question types and level of difficulty you will face in the real exam. The benefit of using these Hewlett Packard Enterprise HPE2-B01 sample questions is that you will get to check your preparation level or enhance your knowledge by learning the unknown questions. You will also get a clear idea of the exam environment and exam pattern you will face in the actual exam with the HPE Data Protection Solutions Sample Practice Test. Therefore, solve the HPE Data Protection Solutions sample questions to stay one step forward in grabbing the HPE Solution Certified - Data Protection credential.

These Hewlett Packard Enterprise HPE2-B01 sample questions are simple and basic questions similar to the actual HPE Data Protection Solutions questions. If you want to evaluate your preparation level, we suggest taking our HPE Data Protection Solutions Premium Practice Test. You might face difficulties while solving the real-exam-like questions. But, you can work hard and build your confidence on the syllabus topics through unlimited practice attempts.

Hewlett Packard Enterprise HPE2-B01 Sample Questions:

01. A customer's policy keeps 14 days of backups on an HPE StoreOnce system and copies each weekly backup to tape for one year. The tapes are stored offsite with next-business-day recall. In testing, a recent server restore from StoreOnce took about 40 minutes, and reading a weekly backup back from tape took several hours. The requirements are that any point from the last 7 days is restored within 2 hours, and any weekly point from the past year within 3 business days.
What is the correct assessment of this policy?
a) It fails the older-point target, because restores from tape cannot meet a time objective
b) It meets both only if the full year of points is kept on StoreOnce
c) It fails the 2-hour target, because 14 days on disk is longer than the 7 days required
d) It meets both, since each window is served by a tier fast enough for it

02. A customer protects 50 TB today. Its data has grown about 25% per year for several years, and the business expects that trend to continue. The new backup target will be in service for three years, the retention schedule will not change, and the customer wants to avoid buying capacity mid-term.
Which sizing approach fits these requirements?
a) Size for the projected year-three data and its retained versions
b) Size for one year's growth and add capacity at the end of the first year
c) Size for today's 50 TB and shorten retention whenever the target nears full
d) Size for today's 50 TB, because deduplication will absorb the yearly growth

03. A customer's backup servers already run near full CPU during the backup window. They connect to an HPE StoreOnce system in the same data center over a fast LAN that has plenty of spare capacity. The customer asks whether Catalyst deduplication should run on the backup servers or on the StoreOnce system.
Which two statements support choosing target-side deduplication here?
(Select two.)
a) Target-side deduplication sends only unique chunks across the LAN
b) Chunking and hashing load moves off the busy backup servers
c) The store then holds data that is compressed but not deduplicated
d) The full backup stream crosses a LAN that has spare capacity

04. What is the overall goal of the data protection technologies an architect combines in a solution?
a) Keeping a second synchronous copy of every volume at another site
b) Shortening the nightly backup window for production servers
c) Keeping data available, secure and recoverable
d) Reducing the capacity that backup copies consume on disk

05. A university set up its new HPE StoreOnce system with a separate Catalyst store for each of six faculties. All faculties run VMs built from the same operating system templates and back them up with the same Catalyst-enabled application. After a month, the system holds noticeably more data than a pilot that wrote the same VMs to a single store.
Which change should the architect recommend?
a) Give each faculty a NAS share in place of its Catalyst store
b) Consolidate the faculties' VM backups into one shared Catalyst store
c) Tier older faculty backups to object storage with Cloud Bank
d) Move deduplication from the StoreOnce system to the backup servers for every faculty

06. A customer has a small sales office about 600 km from headquarters, with one file server holding 3 TB. After deduplication, roughly 20 GB of unique data changes each day, and the WAN link to headquarters carries that comfortably overnight. A test restore of the full 3 TB from headquarters over that link finished in about a day and a half. The office has no IT staff and no spare rack space, and the business accepts a two-day RTO for this server.
Which design fits this site?
a) Back up the office server directly to the headquarters backup target
b) Rotate tapes at the office and have an employee carry them to headquarters weekly
c) Install a backup appliance in the office and replicate its copies to headquarters
d) Replicate the office server synchronously to headquarters

07. A customer requires that any day in the last 30 days can be restored, and that any month-end from the last seven years can be restored. Retention must not exceed what the requirement asks for.
Which two retention settings should the schedule include?
(Select two.)
a) Yearly backups kept for seven years
b) Monthly backups kept for seven years
c) Daily backups kept for 30 days
d) Weekly backups kept for 30 days

08. Which sizing input describes the share of the protected data that is new or modified between one daily backup and the next?
a) Annual growth rate
b) Daily change rate
c) Retention period
d) Data reduction ratio

09. A customer has a StoreOnce VSA at each of 12 branch offices and a large HPE StoreOnce system at headquarters. Branch WAN links are small, and much of the branch data is the same operating system and application images. Each branch backs up to its local VSA through Catalyst.
Which two outcomes does Catalyst copy from every branch into one shared Catalyst store at headquarters provide?
(Select two.)
a) Each branch copy is recorded in the backup catalog for restore at headquarters
b) Copies at headquarters become immutable once each transfer completes
c) Branch backup servers can be retired once copies flow to headquarters
d) Chunks already held at headquarters are not resent over the WAN

10. After a ransomware attack, a customer restores all encrypted systems from immutable backups within its recovery objectives. The attackers now threaten to publish data they copied before encrypting it.
What does this show about the customer's protection strategy?
a) A shorter RPO would have prevented the data from being published
b) The backups were not truly immutable, or the data would not have been copied
c) Backups restored access but cannot undo the data theft
d) Offline tape copies would have prevented the data from being published

Answers:

Question: 01 Answer: d	Question: 02 Answer: a	Question: 03 Answer: b, d	Question: 04 Answer: c	Question: 05 Answer: b
Question: 06 Answer: a	Question: 07 Answer: b, c	Question: 08 Answer: b	Question: 09 Answer: a, d	Question: 10 Answer: c

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