ISC2 CCSP Sample Questions with Explanations

These original sample questions are designed to help you check how the exam topics appear in decision-style prompts. They are not taken from the live exam.

Use these sample questions as a guided self-assessment for Certified Cloud Security Professional (CCSP) topics such as shared responsibility, cloud data protection, IAM, tenancy, logging, incident response, legal risk, compliance, encryption, and cloud architecture.

Where these questions fit in the CCSP guide

The sample set below is part of the ISC2 CCSP guide path:

• ISC2 certification hub
• CCSP exam guide
• CCSP cheat sheet
• CCSP study plan
• CCSP FAQ
• CCSP resources
• CCSP glossary

CCSP cloud-security sample questions

Work through each prompt before opening the explanation. CCSP questions usually combine cloud architecture, data ownership, contractual responsibility, monitoring, and legal risk in one scenario.

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Question 1

Topic: Shared responsibility for cloud storage

A company stores regulated files in a cloud object storage service. The provider secures the underlying infrastructure, but the company configures bucket permissions and encryption settings. A public bucket exposes files. Who is primarily responsible for the misconfiguration?

• A. The customer, because access configuration and data protection choices remain customer responsibilities in the shared model.
• B. The internet service provider, because the files moved across public networks.
• C. Only the cloud provider, because any cloud-hosted data is fully provider-managed.
• D. No party, because public object storage is always expected behavior.

Best answer: A

Explanation: Cloud providers secure many platform layers, but customers still own data classification, permissions, identity configuration, and many encryption choices. The bucket exposure is a customer-side configuration failure.

Why the other choices are weaker:

• B is unrelated to the storage permission decision.
• C ignores shared responsibility and customer configuration duties.
• D treats exposure as normal instead of risk.

What this tests: Shared responsibility, cloud data ownership, storage access control, and customer configuration risk.

Related topics: Shared responsibility; Object storage; Access control; Data security

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Question 2

Topic: Protecting keys for sensitive workloads

A healthcare workload in the cloud requires encryption and clear separation between cloud provider operations and customer control over key use. Which design is strongest?

• A. Use one shared administrator password for the application, database, and key-management console.
• B. Turn off encryption because the cloud provider already secures the datacenter.
• C. Use customer-managed keys with strict IAM, separation of duties, rotation policy, and logging around key use.
• D. Store raw encryption keys in application source code so developers can troubleshoot quickly.

Best answer: C

Explanation: Customer-managed keys can support stronger control over key lifecycle and use. IAM, separation of duties, rotation, and audit logging are the important security controls around the key-management choice.

Why the other choices are weaker:

• A breaks accountability and concentrates privilege.
• B misunderstands data-security responsibility.
• D exposes secrets and makes rotation difficult.

What this tests: Encryption governance, customer-managed keys, key lifecycle, and auditability.

Related topics: Encryption; Key management; Separation of duties; Audit logging

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Question 3

Topic: Cloud incident evidence

A cloud workload may be compromised. The incident team needs evidence without making the attacker aware or destroying volatile context. Which response is strongest?

• A. Delete the workload immediately and wait for users to report whether service improves.
• B. Turn off all logging to reduce cost during the incident.
• C. Post credentials in the incident channel so all responders can access the tenant quickly.
• D. Preserve relevant logs, capture snapshots or forensic images where appropriate, isolate using approved controls, and maintain chain-of-custody records.

Best answer: D

Explanation: Cloud incident response must preserve evidence and control spread. Logs, snapshots, approved isolation, and chain-of-custody documentation support investigation and potential legal or regulatory follow-up.

Why the other choices are weaker:

• A destroys evidence and may not address root cause.
• B removes the visibility needed for response.
• C creates a credential leak and weakens accountability.

What this tests: Cloud incident response, evidence preservation, isolation, logging, and chain of custody.

Related topics: Incident response; Forensics; Snapshots; Chain of custody

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Question 4

Topic: Data residency and provider contracts

A company plans to move customer records to a SaaS provider. Regulations require records to remain in approved jurisdictions and the company must be able to demonstrate provider controls during audits. What should be addressed before migration?

• A. Only the SaaS provider’s logo, because brand reputation proves compliance.
• B. Contractual data-location commitments, audit reports or attestations, access controls, retention terms, and breach-notification responsibilities.
• C. Only application color themes, because user adoption is the main compliance control.
• D. Nothing, because SaaS use transfers all legal responsibility to the provider.

Best answer: B

Explanation: CCSP scenarios often combine technical and contractual controls. Data residency, assurance evidence, access governance, retention, and notification duties should be handled before sensitive data moves.

Why the other choices are weaker:

• A substitutes reputation for evidence.
• C is unrelated to the legal and data-governance requirement.
• D misunderstands third-party risk and residual responsibility.

What this tests: Legal and compliance risk, data residency, contracts, provider assurance, and third-party governance.

Related topics: Data residency; SaaS; Contracts; Compliance

Independent study note

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