COHESITY FILE AND OBJECT SERVICES ASSOCIATE
EXAM NEWEST 2025 ACTUAL EXAM QUESTIONS WITH
100% COMPLETE SOLUTIONS ALREADY GRADED A+ |
GUARANTEED PASS
1. Which protocol is primarily used for Object Services?
A) SMB
B) NFS
C) S3 API
D) FTP
ANSWER: C
Explanation: The S3 API is the standard protocol for accessing object storage,
supported natively by Cohesity Object Services.
2. What is a Storage Domain in Cohesity?
A) The physical hardware enclosure
B) A logical grouping of storage resources for data placement and policies
C) The network switch
D) A user group
ANSWER: B
Explanation: Storage Domains define how storage resources are allocated and
managed, including policies for replication and tiering.
3. Which is true about Cohesity File Services backup?
A) It requires external backup software
B) It can back up file shares using native snapshot technology
C) File services cannot be backed up
D) Only object services support backups
ANSWER: B
,Explanation: Cohesity File Services includes native snapshot and backup
capabilities for file shares.
4. What is the function of a Cohesity “Cluster”?
A) A single storage node
B) A group of nodes working together to provide storage and services C) The
network switch
D) The user interface
ANSWER: B
Explanation: A cluster is a set of nodes pooled together to provide scalable
storage and compute resources.
5. How can Cohesity be managed?
A) Only via CLI
B) Via GUI, REST API, and CLI
C) Only by third-party tools
D) No management interfaces
ANSWER: B
Explanation: Cohesity supports multiple management interfaces including a
web GUI, REST API, and command-line interface (CLI).
6. What is the benefit of SnapTree technology over traditional snapshots?
A) SnapTree requires more storage space
B) SnapTree shares data blocks among snapshots, saving space and improving
efficiency
C) SnapTree disables backups
D) SnapTree only works with object storage
ANSWER: B
Explanation: SnapTree efficiently shares unchanged data blocks between
snapshots, reducing storage use and improving snapshot speed.
,7. Which of the following is NOT an object lifecycle policy action in
Cohesity?
A) Transition to a colder storage tier
B) Delete after retention period
C) Encrypt data permanently
D) Archive to cloud
ANSWER: C
Explanation: Encryption is not a lifecycle action; lifecycle policies manage data
movement and deletion.
8. What does multi-tenancy enable in Cohesity?
A) Single user access
B) Multiple isolated tenants sharing the same infrastructure
C) Only file services
D) Only object services
ANSWER: B
Explanation: Multi-tenancy allows multiple users or departments to securely
share the same Cohesity infrastructure while keeping data separated.
9. Which Cohesity feature supports compliance regulations like GDPR?
A) Snapshots only
B) Immutable retention policies and audit logging
C) Compression only
D) No compliance features
ANSWER: B
Explanation: Cohesity supports immutable retention and detailed audit logs,
helping organizations meet compliance requirements.
10. What is the purpose of Cohesity DataProtect?
A) To provide backup, replication, and disaster recovery services
B) To compress data only
C) To manage network traffic
, D) To provide cloud storage only
ANSWER: A
Explanation: DataProtect is Cohesity’s core data protection suite offering
backup, replication, and disaster recovery.
11. How does Cohesity handle file locking in SMB protocol?
A) It does not support file locking
B) Supports SMB opportunistic locking to improve performance
C) Locks files permanently
D) Locks files only for NFS
ANSWER: B
Explanation: Cohesity supports SMB opportunistic locking to improve client
performance and prevent file conflicts.
12. What is a primary use case for Cohesity Cloud Archive?
A) High-performance tiering
B) Long-term retention and compliance
C) Real-time collaboration
D) Block storage access
ANSWER: B
Explanation: Cloud Archive is designed for long-term data retention and
compliance, moving data to cost-efficient cloud storage.
13. Which feature ensures data consistency during backups?
A) Snapshots with application-consistent
quiescing
B) Compression C) Encryption
D) Manual copy
ANSWER: A
Explanation: Application-consistent snapshots ensure that data is in a
consistent state for reliable backups.
EXAM NEWEST 2025 ACTUAL EXAM QUESTIONS WITH
100% COMPLETE SOLUTIONS ALREADY GRADED A+ |
GUARANTEED PASS
1. Which protocol is primarily used for Object Services?
A) SMB
B) NFS
C) S3 API
D) FTP
ANSWER: C
Explanation: The S3 API is the standard protocol for accessing object storage,
supported natively by Cohesity Object Services.
2. What is a Storage Domain in Cohesity?
A) The physical hardware enclosure
B) A logical grouping of storage resources for data placement and policies
C) The network switch
D) A user group
ANSWER: B
Explanation: Storage Domains define how storage resources are allocated and
managed, including policies for replication and tiering.
3. Which is true about Cohesity File Services backup?
A) It requires external backup software
B) It can back up file shares using native snapshot technology
C) File services cannot be backed up
D) Only object services support backups
ANSWER: B
,Explanation: Cohesity File Services includes native snapshot and backup
capabilities for file shares.
4. What is the function of a Cohesity “Cluster”?
A) A single storage node
B) A group of nodes working together to provide storage and services C) The
network switch
D) The user interface
ANSWER: B
Explanation: A cluster is a set of nodes pooled together to provide scalable
storage and compute resources.
5. How can Cohesity be managed?
A) Only via CLI
B) Via GUI, REST API, and CLI
C) Only by third-party tools
D) No management interfaces
ANSWER: B
Explanation: Cohesity supports multiple management interfaces including a
web GUI, REST API, and command-line interface (CLI).
6. What is the benefit of SnapTree technology over traditional snapshots?
A) SnapTree requires more storage space
B) SnapTree shares data blocks among snapshots, saving space and improving
efficiency
C) SnapTree disables backups
D) SnapTree only works with object storage
ANSWER: B
Explanation: SnapTree efficiently shares unchanged data blocks between
snapshots, reducing storage use and improving snapshot speed.
,7. Which of the following is NOT an object lifecycle policy action in
Cohesity?
A) Transition to a colder storage tier
B) Delete after retention period
C) Encrypt data permanently
D) Archive to cloud
ANSWER: C
Explanation: Encryption is not a lifecycle action; lifecycle policies manage data
movement and deletion.
8. What does multi-tenancy enable in Cohesity?
A) Single user access
B) Multiple isolated tenants sharing the same infrastructure
C) Only file services
D) Only object services
ANSWER: B
Explanation: Multi-tenancy allows multiple users or departments to securely
share the same Cohesity infrastructure while keeping data separated.
9. Which Cohesity feature supports compliance regulations like GDPR?
A) Snapshots only
B) Immutable retention policies and audit logging
C) Compression only
D) No compliance features
ANSWER: B
Explanation: Cohesity supports immutable retention and detailed audit logs,
helping organizations meet compliance requirements.
10. What is the purpose of Cohesity DataProtect?
A) To provide backup, replication, and disaster recovery services
B) To compress data only
C) To manage network traffic
, D) To provide cloud storage only
ANSWER: A
Explanation: DataProtect is Cohesity’s core data protection suite offering
backup, replication, and disaster recovery.
11. How does Cohesity handle file locking in SMB protocol?
A) It does not support file locking
B) Supports SMB opportunistic locking to improve performance
C) Locks files permanently
D) Locks files only for NFS
ANSWER: B
Explanation: Cohesity supports SMB opportunistic locking to improve client
performance and prevent file conflicts.
12. What is a primary use case for Cohesity Cloud Archive?
A) High-performance tiering
B) Long-term retention and compliance
C) Real-time collaboration
D) Block storage access
ANSWER: B
Explanation: Cloud Archive is designed for long-term data retention and
compliance, moving data to cost-efficient cloud storage.
13. Which feature ensures data consistency during backups?
A) Snapshots with application-consistent
quiescing
B) Compression C) Encryption
D) Manual copy
ANSWER: A
Explanation: Application-consistent snapshots ensure that data is in a
consistent state for reliable backups.
