Are you considering taking the HPE2-B01 HPE Data Protection Solutions exam? The latest HPE Data Protection Solutions HPE2-B01 Exam Questions from PassQuestion are an excellent resource to help you prepare effectively and increase your chances of success. These up-to-date HPE2-B01exam questions are specifically designed to align with the current exam content, providing you with a comprehensive understanding of the topics you'll encounter. By utilizing PassQuestion HPE Data Protection Solutions HPE2-B01 Exam Questions, you'll be able to familiarize yourself with the exam format, identify areas that require additional study, and build the confidence needed to tackle the HPE2-B01 exam with ease. Don't leave your exam success to chance - equip yourself with the best preparation tools available and set yourself up for a smooth and successful certification journey.

HPE2-B01 HPE Data Protection Solutions

This exam tests the candidate's ability to display competency in multiple data protection technologies, strategies, and deployment models in order to architect a solution and strategy that aligns with the customers' business drivers and mitigates potential risks. The candidate has a broad understanding of data protection technologies and concepts to architect a solution and strategy that aligns with the customers' business drivers and mitigates potential risks. This includes experience with multiple data protection technologies, strategies, and deployment models. The candidate can articulate key differentiators for HPE solutions.

Exam Information

Exam ID: HPE2-B01
Exam type: Web-based
Exam duration: 1 hour 30 minutes
Exam length: 50 questions
Passing score: 70%
Delivery languages: English, Japanese

HPE2-B01 Exam Topics

Describe different data protection technologies                 15%   

• Identify risks and potential impacts in order to mitigate them 
• Describe the data security requirements            
• Describe the components of a data recovery plan         
• Differentiate an application-consistent backup and a crash-consistent backup
• Recognize basic concepts regarding ransomware           
• Describe data protection schemes          
• Explain 3-2-1 as a data retention strategy
• Differentiate between backup and archiving strategies
• Explain retention periods and the effects of data growth

Describe how snapshots and replication play a role within a backup strategy            28%

• Differentiate between deduplication and compression        
• Explain the role of removable media in a backup strategy Differentiate the various backup targets                                  
• Differentiate between zero copy clones, smart clones, and snapshot
• Explain continuous data protection (CDP) and journal-based recovery. 
• Explain why a customer might use Zerto CDP.   
• Identify the core Zerto components and describe their roles.  
• Identify the components within a Veeam solution and describe their roles             
• Determine where the various components are deployed                            
• Identify the components within a Commvault solution and describe their roles          
• Determine where the various components are deployed                              
• Identify Comvault tools that help to identify ransomware.       

Explain the concept of aaS (as a Service) consumption model            37%          

• Describe HPE Backup and Recovery Service  
• Describe HPE GreenLake for Disaster Recovery         
• Describe the benefits to customers from GreenLake vs traditional services     
• Identify the integrations that are used by the ISV
• Describe the StoreOnce portfolio and NAS / VTL replication                             
• Describe the advantages of a Catalyst datastore       
• Explain how Catalyst deduplication works                                 
• Identify Catalyst compatibility with a given ISV          
• Explain Catalyst Replication  
• Describe the StoreEver portfolio and options             
• Demonstrate an awareness of LTO backwards compatibility             
• Explain the role RMC plays in backups                                         
• Use CloudPhysics or HPE SAF to create an assessment of the current environment 
• Use SPOCK and ISV compatibility lists to validate the solution             

Determine the amount and type of data required to be backed up, daily change rate, and expected annual growth           20%

• Determine the required retention schedule                                 
• Determine if the customer has remote sites available for replication or backup  
• Given a customer scenario assess the policy and whether it fulfills the expected recovery time
• Verify compatibility with the customer's environment and the components used in the solution          

View Online HPE Data Protection Solutions HPE2-B01 Free Questions

1. In what way does a Catalyst datastore support disaster recovery capabilities?
A. By providing predefined backup schedules
B. By automating backup validation processes
C. By facilitating real-time replication
D. By enhancing data consistency checks
Answer: C

2. How does a Catalyst datastore enhance data protection strategies in terms of scalability?
A. By restricting data growth limits
B. By limiting backup frequency options
C. By optimizing data compression algorithms
D. By supporting seamless data expansion
Answer: D

3. What impact does a Catalyst datastore have on data recovery performance?
A. It requires additional backup infrastructure
B. It accelerates recovery times
C. It slows down the recovery process
D. It increases data duplication issues
Answer: B

4. What data protection technology involves securely storing data backups in a separate location from the primary data to prevent loss in case of disasters?
A. Data archiving
B. Encryption
C. Replication
D. Data deduplication
Answer: C

5. Which of the following best describes the role of snapshots in a backup strategy?
A. Snapshots are used for long-term storage of backup data
B. Snapshots handle encryption of data before backup
C. Snapshots automate the backup process
D. Snapshots create copies of data that can be restored to a specific point in time
Answer: D

6. Which of the following is a benefit of utilizing a Catalyst datastore in data protection solutions?
A. Seamless integration with cloud storage
B. Automated backup scheduling
C. Enhanced data encryption
D. Increased data retention periods
Answer: A

7. What is one of the key advantages of a Catalyst datastore when integrated with HPE storage solutions?
A. Enhanced security features for data encryption
B. Seamless scalability to accommodate data growth
C. Optimized performance for backup and recovery operations
D. Simplified management of data protection policies
Answer: B

8. What is the primary benefit of using replication technology in a backup strategy?
A. Automated data classification
B. Lower cost of storage
C. Increased data security
D. Faster backup and recovery times
Answer: D

9. What are the advantages of a Catalyst datastore in data protection solutions?
A. Improved storage efficiency
B. Enhanced data security
C. Faster backup and recovery times
D. Scalability for future growth
Answer: C

10. What are the advantages of a Catalyst datastore in data protection solutions?
A. Provides efficient deduplication and compression capabilities
B. Offers faster backup and recovery speeds
C. Enables seamless integration with HPE storage solutions
D. Provides advanced disaster recovery capabilities
Answer: A