COHESITY DATA PROTECTION ASSOCIATE EXAM] QUESTIONS AND ANSWERS ALREADY GRADED A+. 100%
VERIFIED SOLUTIONS | UPDATED PER LATEST GUIDELINES | GRADED A+....
Core Domains
1. Cohesity Data Cloud Platform Fundamentals
2. Data Protection Fundamentals
3. Protection Concepts and Policies
4. Recovery Concepts and Operations
5. Data Management Components (Replication, Archival)
6. Monitoring and Reporting
7. Cohesity Architecture (Nodes, Clusters, SpanFS)
8. Security and Compliance Features (DataLock, Encryption)
Introduction
This comprehensive practice examination is designed to rigorously assess the knowledge and practical skills
required of a Cohesity Data Protection Associate. It evaluates a candidate's understanding of core platform
concepts, data protection workflows, and the administration of the Cohesity Data Cloud. The exam utilizes a
diverse range of multiple-choice questions, including scenario-based problems, to test your ability to apply
knowledge in real-world data protection and management situations. This assessment serves as a vital tool for
gauging readiness for the COH100 certification, ensuring that professionals are equipped to configure, manage,
and monitor Cohesity DataProtect solutions effectively .
SECTION ONE: QUESTIONS 1 – 100
,1. An administrator is planning a new Cohesity deployment and needs to understand the fundamental
architecture. Which of the following best describes the Cohesity Data Platform architecture?
A. A monolithic architecture with a central management server.
B. A client-server model where backup data is sent to a central repository.
C. A hyperconverged, scale-out architecture where compute and storage are distributed across nodes.
D. A peer-to-peer architecture without centralized management.
🟢 Correct answer: C
🔴 RATIONALE: Cohesity utilizes a hyperconverged, web-scale architecture that integrates compute and storage
resources across all nodes in a cluster . This distributed, shared-nothing design is fundamental to its scalability
and resilience.
2. What is the minimum number of nodes typically required to form a production Cohesity cluster to ensure
redundancy and quorum?
A. 1
B. 2
C. 3
D. 4
🟢 Correct answer: C
🔴 RATIONALE: A minimum of three nodes is required for a production Cohesity cluster . This provides the
necessary redundancy for data protection and ensures that a cluster quorum can be maintained if a single node
fails.
3. An administrator wants to manage and monitor multiple Cohesity clusters from a single, global interface.
Which Cohesity component provides this capability?
A. Cohesity DataProtect
,B. Cohesity Helios
C. Cohesity Iris
D. Cohesity CloudArchive
🟢 Correct answer: B
🔴 RATIONALE: Helios is Cohesity's SaaS-based global management plane . It provides a single dashboard for
managing, monitoring, and analyzing data across multiple clusters located in different data centers or cloud
environments.
4. What is the primary function of a "Protection Policy" within the Cohesity DataProtect solution?
A. To define the network settings for a cluster.
B. To configure the hardware specifications of a node.
C. To specify backup schedules, retention periods, and replication/archival targets for a workload.
D. To manage user access and permissions.
🟢 Correct answer: C
🔴 RATIONALE: A Protection Policy is a core component of data protection. It allows administrators to define
how frequently to back up a workload, how long to retain the backups, and whether to replicate or archive
copies to other clusters or cloud targets .
5. An administrator needs to protect a group of virtual machines with the same backup requirements. Which
Cohesity construct should be used to group these VMs?
A. A Storage Domain
B. A Protection Group
C. A Node
D. An Archival Target
, 🟢 Correct answer: B
🔴 RATIONALE: A Protection Group is a logical grouping of objects (such as VMs, databases, or files) that are
protected together using a specific Protection Policy .
6. Which recovery time objective (RTO) and recovery point objective (RPO) scenario would be best served by
on-premises Cohesity snapshots rather than a cloud recovery?
A. An RPO of 24 hours and an RTO of 72 hours.
B. An RPO of 30 minutes and an RTO of 30 minutes.
C. An RPO of 12 hours and an RTO of 24 hours.
D. An RPO of 1 week and an RTO of 1 week.
🟢 Correct answer: B
🔴 RATIONALE: On-premises snapshots provide the fastest recovery times (RTO) and most frequent recovery
points (RPO) because the data is stored locally and can be instantly mounted. Cloud recovery is typically used
for disaster recovery with longer RPOs and RTOs.
7. A Cohesity administrator needs to ensure that backup data cannot be modified or deleted before its
retention period expires, even by administrative users. Which security feature should be enabled?
A. Replication
B. Archival
C. DataLock
D. Encryption
🟢 Correct answer: C
🔴 RATIONALE: DataLock is a security feature that provides write-once, read-many (WORM) protection for
backup data . It prevents data from being altered or deleted until a specified retention date, protecting against
ransomware and malicious deletions.
VERIFIED SOLUTIONS | UPDATED PER LATEST GUIDELINES | GRADED A+....
Core Domains
1. Cohesity Data Cloud Platform Fundamentals
2. Data Protection Fundamentals
3. Protection Concepts and Policies
4. Recovery Concepts and Operations
5. Data Management Components (Replication, Archival)
6. Monitoring and Reporting
7. Cohesity Architecture (Nodes, Clusters, SpanFS)
8. Security and Compliance Features (DataLock, Encryption)
Introduction
This comprehensive practice examination is designed to rigorously assess the knowledge and practical skills
required of a Cohesity Data Protection Associate. It evaluates a candidate's understanding of core platform
concepts, data protection workflows, and the administration of the Cohesity Data Cloud. The exam utilizes a
diverse range of multiple-choice questions, including scenario-based problems, to test your ability to apply
knowledge in real-world data protection and management situations. This assessment serves as a vital tool for
gauging readiness for the COH100 certification, ensuring that professionals are equipped to configure, manage,
and monitor Cohesity DataProtect solutions effectively .
SECTION ONE: QUESTIONS 1 – 100
,1. An administrator is planning a new Cohesity deployment and needs to understand the fundamental
architecture. Which of the following best describes the Cohesity Data Platform architecture?
A. A monolithic architecture with a central management server.
B. A client-server model where backup data is sent to a central repository.
C. A hyperconverged, scale-out architecture where compute and storage are distributed across nodes.
D. A peer-to-peer architecture without centralized management.
🟢 Correct answer: C
🔴 RATIONALE: Cohesity utilizes a hyperconverged, web-scale architecture that integrates compute and storage
resources across all nodes in a cluster . This distributed, shared-nothing design is fundamental to its scalability
and resilience.
2. What is the minimum number of nodes typically required to form a production Cohesity cluster to ensure
redundancy and quorum?
A. 1
B. 2
C. 3
D. 4
🟢 Correct answer: C
🔴 RATIONALE: A minimum of three nodes is required for a production Cohesity cluster . This provides the
necessary redundancy for data protection and ensures that a cluster quorum can be maintained if a single node
fails.
3. An administrator wants to manage and monitor multiple Cohesity clusters from a single, global interface.
Which Cohesity component provides this capability?
A. Cohesity DataProtect
,B. Cohesity Helios
C. Cohesity Iris
D. Cohesity CloudArchive
🟢 Correct answer: B
🔴 RATIONALE: Helios is Cohesity's SaaS-based global management plane . It provides a single dashboard for
managing, monitoring, and analyzing data across multiple clusters located in different data centers or cloud
environments.
4. What is the primary function of a "Protection Policy" within the Cohesity DataProtect solution?
A. To define the network settings for a cluster.
B. To configure the hardware specifications of a node.
C. To specify backup schedules, retention periods, and replication/archival targets for a workload.
D. To manage user access and permissions.
🟢 Correct answer: C
🔴 RATIONALE: A Protection Policy is a core component of data protection. It allows administrators to define
how frequently to back up a workload, how long to retain the backups, and whether to replicate or archive
copies to other clusters or cloud targets .
5. An administrator needs to protect a group of virtual machines with the same backup requirements. Which
Cohesity construct should be used to group these VMs?
A. A Storage Domain
B. A Protection Group
C. A Node
D. An Archival Target
, 🟢 Correct answer: B
🔴 RATIONALE: A Protection Group is a logical grouping of objects (such as VMs, databases, or files) that are
protected together using a specific Protection Policy .
6. Which recovery time objective (RTO) and recovery point objective (RPO) scenario would be best served by
on-premises Cohesity snapshots rather than a cloud recovery?
A. An RPO of 24 hours and an RTO of 72 hours.
B. An RPO of 30 minutes and an RTO of 30 minutes.
C. An RPO of 12 hours and an RTO of 24 hours.
D. An RPO of 1 week and an RTO of 1 week.
🟢 Correct answer: B
🔴 RATIONALE: On-premises snapshots provide the fastest recovery times (RTO) and most frequent recovery
points (RPO) because the data is stored locally and can be instantly mounted. Cloud recovery is typically used
for disaster recovery with longer RPOs and RTOs.
7. A Cohesity administrator needs to ensure that backup data cannot be modified or deleted before its
retention period expires, even by administrative users. Which security feature should be enabled?
A. Replication
B. Archival
C. DataLock
D. Encryption
🟢 Correct answer: C
🔴 RATIONALE: DataLock is a security feature that provides write-once, read-many (WORM) protection for
backup data . It prevents data from being altered or deleted until a specified retention date, protecting against
ransomware and malicious deletions.
