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Cohesity Certified Architect Expert COH500 Exam Questions

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Question #1 (Topic: Demo Questions)

Which architectural characteristic helps Cohesity Data Cloud scale as data protection requirements

increase?

A.

Fixed-capacity standalone storage

B.

Single-server architecture

C.

Scale-out distributed architecture

D.

Manual tape-only expansion

Correct Answer: C
Explanation:

A scale-out distributed architecture allows resources to be expanded as workload and capacity

requirements grow. Additional resources can be incorporated without redesigning the entire data

protection environment.

Question #2 (Topic: Demo Questions)

What is the primary purpose of Cohesity DataProtect?

A.

Managing desktop operating systems

B.

Protecting and recovering enterprise data and workloads

C.

Providing wireless network access

D.

Managing physical building security

Correct Answer: B
Explanation:

Cohesity DataProtect is designed to protect enterprise workloads and provide recovery capabilities. It

helps organizations manage backup, recovery, and data resilience through a centralized platform

Question #3 (Topic: Demo Questions)

Which design characteristic generally improves resilience in a clustered data protection platform?

A.

Distributing services and data across multiple nodes

B.

Storing all metadata on one workstation

C.

Using only a single network path

D.

Disabling redundancy

Correct Answer: A
Explanation:

Distributing services and data across multiple nodes reduces dependency on a single component. This

architecture improves availability and allows the platform to tolerate certain component failures.

Question #4 (Topic: Demo Questions)

What is a major advantage of a distributed data protection architecture?

A.

It eliminates all network requirements

B.

It prevents capacity expansion

C.

It requires one application per node

D.

It can provide scalability and fault tolerance

Correct Answer: D
Explanation:

Distributed architectures can spread processing and storage across multiple resources. This supports

scale-out growth while also improving resilience against individual component failures

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