Free CCSP Practice Test — August 2026 New Outline (AI Security Updates)

Last updated: 2026-05-24 · Aligned to ISC² CCSP Exam Outline V2 (effective August 1, 2026).

Master the new ISC² CCSP August 2026 outline with 300+ free practice questions covering all 6 official CCSP domains plus the new AI/ML sections — Section 1.6 (Comprehend AI/ML), Section 2.9 (AI/ML data protection) and OWASP Top 10 for Large Language Model Applications in Section 4.1. Each question is written for the Aug 2026 outline V2 and delivered in CAT-style mocks (100–150 items, 3 hours). No signup required.

What's New in the CCSP August 2026 Outline

The August 1, 2026 update is a content overhaul, not a structural change. ISC² ran a fresh Job Task Analysis (JTA) and added explicit AI/ML coverage across the existing 6 domains. Domain names and weights are unchanged.

Timeline of CCSP Exam Changes

New AI / ML Topics in the August 2026 Outline (V2)

CCSP 2022 Outline vs CCSP August 2026 Outline (V2)

AttributePre-August 2026August 2026 (Outline V2)
FormatFixed 125 items / 180 min (linear, since Aug 2024)CAT, 100–150 items / 180 min
Passing score700 / 1000700 / 1000 (unchanged)
Domains & weights17 / 20 / 17 / 16 / 17 / 1317 / 20 / 17 / 16 / 17 / 13 (unchanged)
AI / ML coverageImplicit, scattered referencesDedicated sections 1.6, 2.9 + OWASP LLM Top 10 in 4.1
Exam cost$599 USD$599 USD (unchanged)

Should I take the CCSP exam before or after August 1, 2026?

If your exam date is on or before July 31, 2026, you sit the prior outline — keep using existing materials. If your exam is on or after August 1, 2026, switch to outline V2 materials and add the AI/ML sections (1.6, 2.9, OWASP LLM Top 10) to your study plan.

CCSP (August 2026) Exam Overview

Practice by CCSP Domain (Aug 2026 Outline)

Domain 1: Cloud Concepts, Architecture and Design (17%)

Free CCSP practice questions on cloud reference architecture, shared responsibility, service models, secure design principles, evaluating CSPs, and the new Section 1.6 — AI/ML cloud threat detection, SOAR, ethical concerns and regulatory requirements. Practice this domain →

Domain 2: Cloud Data Security (20%)

Free CCSP practice questions on cloud data lifecycle, encryption and key management, DLP, IRM, tokenization, data classification, plus the new Section 2.9 — AI/ML dataset and model privacy, dataset and model security validation. Practice this domain →

Domain 3: Cloud Platform and Infrastructure Security (17%)

Free CCSP practice questions on virtualization security, IAM and federation, hypervisor hardening, BCDR planning, cloud network security, and management plane controls. Practice this domain →

Domain 4: Cloud Application Security (16%)

Free CCSP practice questions on secure cloud SDLC, API and microservices security, cloud-native and serverless apps, threat modeling (STRIDE, DREAD, PASTA), and the newly added OWASP Top 10 for Large Language Model Applications. Practice this domain →

Domain 5: Cloud Security Operations (17%)

Free CCSP practice questions on cloud logging and monitoring, vulnerability and patch management, cloud incident response, digital forensics, change and configuration management. Practice this domain →

Domain 6: Legal, Risk and Compliance (13%)

Free CCSP practice questions on GDPR and CCPA, cloud risk management, audits and assurance, vendor and contract management, eDiscovery, and cloud SLAs. Practice this domain →

10 Free CCSP Sample Questions with Answers

Each question below includes 4 answer options, the correct answer, and a detailed explanation drawn from the FlashGenius CCSP (August 2026) question bank — all aligned to outline V2.

Sample Question 1 — Cloud Application Security

A company is designing a new cloud-native claims application with a web front end, APIs, object storage, and asynchronous messaging. Before development decisions are locked in, the security architect wants to identify trust boundaries, likely abuse cases, and missing controls. Which activity is the BEST fit for that objective?

  1. A. Run dynamic application security testing against a staging deployment
  2. B. Perform software composition analysis on third-party libraries
  3. C. Conduct application threat modeling with the delivery team (Correct answer)
  4. D. Schedule a penetration test after production go-live

Correct answer: C

Explanation: Correct answer (C): Threat modeling is the best fit because the stated objective is to identify assets, entry points, trust boundaries, abuse cases, and missing controls before design choices are finalized. In CCSP cloud application security, this is an early SDLC activity that helps shape architecture and control selection. Later testing methods such as DAST and penetration testing are valuable, but they do not replace design-stage analysis. Why the other options are wrong: - Option A: DAST is useful for runtime-exposed behaviors in a running application, but it is not the best first activity for early design analysis before the application architecture is fixed. - Option B: SCA helps identify known risks in dependencies, but it does not map trust boundaries, business abuse cases, or architecture-level design flaws. - Option D: Penetration testing can validate realistic attack paths later, but it occurs too late to efficiently shape core design decisions.

Sample Question 2 — Cloud Application Security

An enterprise is tightening release integrity for a cloud-native application delivered through CI/CD. Separate teams develop code, approve releases, and operate production. Which pipeline design BEST supports secure promotion of application changes?

  1. A. Allow direct commits to the main branch if automated tests pass and keep deployment credentials in project variables for convenience
  2. B. Use protected branches, mandatory reviews, isolated secrets, restricted runner permissions, and controlled promotion between environments (Correct answer)
  3. C. Require developers to run local scanners before commit and permit production deployment from any branch to keep speed high
  4. D. Rely on image scanning after deployment and allow shared runner accounts so multiple teams can troubleshoot the same jobs

Correct answer: B

Explanation: Correct answer (B): The best design is the one that preserves release integrity through governance and technical controls across the pipeline. Protected branches, mandatory reviews, isolated secrets, restricted runner permissions, and controlled promotion support separation of duties and reduce the chance that unreviewed or tampered changes reach production. In CCSP terms, secure CI/CD is not just scanning; it is also about trustworthy promotion paths, least privilege, and accountability. Why the other options are wrong: - Option A: Automated tests help quality, but direct commits to the main branch and conveniently stored deployment credentials weaken separation of duties and secrets handling. - Option C: Local scanning may help developers, but it is not a reliable governance control for release integrity, and deployment from any branch undermines promotion control. - Option D: Image scanning is useful but insufficient by itself, and shared runner accounts reduce accountability and increase risk in the pipeline.

Sample Question 3 — Cloud Concepts, Architecture and Design

A healthcare company is adopting a SaaS human resources platform to store employee records containing sensitive personal data. During planning, the HR director says, "The provider is certified and manages the application, so security and compliance are now their responsibility." What is the BEST response from the cloud security architect?

  1. A. Accept the statement because SaaS transfers both infrastructure security and data governance obligations to the provider.
  2. B. Explain that the provider manages the underlying service, but the customer still retains accountability for identity, data governance, configuration choices, and appropriate use of the SaaS service. (Correct answer)
  3. C. Recommend moving the HR system to IaaS so the company can transfer compliance accountability to the cloud provider more clearly.
  4. D. Focus only on encrypting exported HR reports because encryption removes the need for access governance in SaaS.

Correct answer: B

Explanation: Correct answer (B): In SaaS, the provider usually operates more of the technology stack than in PaaS or IaaS, but the customer's responsibility does not disappear. The customer still remains accountable for how the service is used, including identity and access management, data governance, configuration choices, and compliance obligations tied to its own data and business processes. Provider certifications can support due diligence, but they do not make the customer automatically compliant or transfer accountability. Why the other options are wrong: - Option A: Incorrect because SaaS reduces the customer's infrastructure responsibility, but it does not transfer accountability for data governance, access decisions, or appropriate use. - Option C: Incorrect because moving to IaaS generally increases the customer's direct security responsibility rather than transferring compliance accountability. - Option D: Incorrect because encryption is only one control. SaaS still requires access governance, configuration oversight, and broader defense in depth.

Sample Question 4 — Cloud Concepts, Architecture and Design

A global enterprise allows separate business units to provision workloads in multiple public clouds. Audit findings show inconsistent tagging, missing logs, and unmanaged exceptions to security standards. Leadership wants to preserve deployment speed while improving control consistency. Which approach is BEST?

  1. A. Require each business unit to document its own cloud standards and submit quarterly screenshots as evidence of compliance.
  2. B. Centralize all provisioning through a small security team so no business unit can deploy directly to cloud services.
  3. C. Implement preventive and detective guardrails using policy-as-code, approved service baselines, centralized logging requirements, tagging standards, and a formal exception workflow. (Correct answer)
  4. D. Rely on each cloud provider's default settings because provider-managed controls are sufficient for a multi-cloud environment.

Correct answer: C

Explanation: Correct answer (C): The best answer is to create secure-by-default governance with automated guardrails. In a decentralized multi-cloud model, manual reviews and after-the-fact evidence do not scale well. Policy-as-code, approved baselines, centralized logging, tagging standards, and formal exception handling improve consistency and auditability while still allowing business units to move quickly. This reflects a CCSP-style balance between agility, governance, and continuous assurance. Why the other options are wrong: - Option A: Incorrect because documentation and quarterly screenshots are weak detective measures and do little to prevent drift or missing controls in real time. - Option B: Incorrect because full centralization may improve control temporarily, but it creates a bottleneck and conflicts with the stated goal of preserving deployment speed. - Option D: Incorrect because provider defaults alone are not enough to satisfy enterprise governance needs across multiple clouds, especially for logging, tagging, and exception management.

Sample Question 5 — Cloud Data Security

A company adopts a SaaS CRM platform to store customer contact data and sales notes that include regulated personal information. The provider manages the application and underlying infrastructure. During onboarding, executives ask who remains accountable for classifying the data, defining retention periods, and ensuring lawful processing of the customer records. What is the BEST answer?

  1. A. The SaaS provider, because it hosts and operates the platform
  2. B. The customer organization, through its data owner or governance function (Correct answer)
  3. C. The external auditor, because it validates regulatory compliance
  4. D. The cloud provider only for data stored in its primary region

Correct answer: B

Explanation: Correct answer (B): In SaaS, the provider operates the service, but the customer still retains accountability for data governance decisions such as classification, retention, access requirements, and lawful processing. CCSP distinguishes operational responsibility from governance accountability. Hosting the platform does not transfer ownership of the customer's data-handling obligations. Why the other options are wrong: - Option A: Incorrect because operating the SaaS platform does not transfer the customer's accountability for its own data governance decisions. - Option C: Incorrect because auditors assess evidence and controls, but they do not assume accountability for the customer's governance obligations. - Option D: Incorrect because accountability does not shift by storage region; the customer remains accountable for its data governance decisions regardless of where the provider stores the data.

Sample Question 6 — Cloud Data Security

An e-commerce company is modernizing a cloud-native order platform. Several internal services must reference payment records consistently for refunds and fraud review, but the services should not handle the original card numbers. Which control is the BEST fit for this requirement?

  1. A. Encrypt the card numbers in every service database
  2. B. Tokenize the card numbers and protect the token mapping service (Correct answer)
  3. C. Mask the card numbers in user interface screens only
  4. D. Anonymize the card numbers before storing the orders

Correct answer: B

Explanation: Correct answer (B): Tokenization is best when applications need referential use of sensitive values without exposing the original values. It supports consistent references across services while reducing direct handling of cardholder data. Unlike simple encryption, effective tokenization depends on securely protecting the token vault or mapping service. Why the other options are wrong: - Option A: Incorrect because encryption protects confidentiality, but each service would still be handling sensitive values and key access would remain an exposure point. - Option C: Incorrect because masking is mainly for display or limited operational use and does not address back-end referential processing requirements. - Option D: Incorrect because anonymization is intended to remove identifiability irreversibly, which is not appropriate when legitimate business processes still need consistent references for refunds and fraud review.

Sample Question 7 — Cloud Platform and Infrastructure Security

A company runs a customer-managed Linux web application on virtual machines in an IaaS environment. A critical vulnerability is announced in the guest operating system packages used by the application. The operations manager asks whether the cloud provider should patch the affected systems because the workload is hosted in the provider's cloud. What is the BEST response from the cloud security architect?

  1. A. The provider is responsible because all infrastructure security is transferred in IaaS.
  2. B. The customer is responsible for patching and hardening the guest operating system and workload configuration. (Correct answer)
  3. C. The provider is responsible for the guest operating system, but the customer is responsible for the application code only.
  4. D. Neither party is responsible if the workload is behind private network segmentation.

Correct answer: B

Explanation: Correct answer (B): In IaaS, the provider typically secures the physical facilities, hardware, and core virtualization platform, while the customer remains responsible for the guest operating system, workload configuration, identity design, application security, and data protection. Because the vulnerability affects guest OS packages, patching and hardening the VM is the customer's responsibility. This is a core CCSP shared-responsibility distinction. Why the other options are wrong: - Option A: Incorrect. IaaS does not transfer all infrastructure security to the provider. The customer still owns important workload-layer responsibilities, including guest OS security. - Option C: Incorrect. This overstates the provider's responsibility. In IaaS, the customer typically manages the guest operating system as well as the application. - Option D: Incorrect. Network segmentation can reduce blast radius, but it does not remove patching or hardening responsibilities.

Sample Question 8 — Cloud Platform and Infrastructure Security

A global enterprise is replacing persistent cloud administrator accounts with a more controlled operating model. The security team must support emergency access for incidents, reduce standing privilege, and provide auditable records of administrative activity across multiple cloud environments. Which approach is BEST?

  1. A. Use shared administrator accounts stored in a password vault so multiple responders can access them quickly.
  2. B. Require administrators to connect through a corporate VPN, but keep permanent administrator roles assigned.
  3. C. Use strong federation with role-based access, just-in-time elevation, session logging, and documented break-glass procedures. (Correct answer)
  4. D. Create local administrator accounts inside each workload so teams are not dependent on the central identity platform.

Correct answer: C

Explanation: Correct answer (C): Cloud privileged access is best controlled through strong federation, role-based access, just-in-time elevation, session logging, and emergency access procedures. This approach reduces standing privilege, improves accountability, and still supports urgent operational access when needed. CCSP emphasizes that identity-centric control of administrative APIs is usually more effective than relying on network location alone. Why the other options are wrong: - Option A: Incorrect. Shared accounts weaken accountability and make session attribution difficult, even if passwords are vaulted. - Option B: Incorrect. A VPN may add network control, but it does not address excessive standing privilege or improve administrative accountability as effectively as JIT access. - Option D: Incorrect. Local workload-specific administrator accounts increase sprawl and weaken centralized control, monitoring, and governance.

Sample Question 9 — Cloud Security Operations

A company has moved several customer-facing applications to multiple cloud accounts and regions. During a recent security review, the SOC found that control plane logs, identity events, and workload logs are enabled in some environments but stored separately by each application team. The primary objective is to improve incident detection and investigation consistency across the organization. Which action is the BEST next step?

  1. A. Require each application team to review its own logs weekly and escalate suspicious events by email
  2. B. Centralize cloud telemetry, normalize formats, and enforce protected retention with limited access for investigators (Correct answer)
  3. C. Increase network segmentation between workloads and rely on application teams for local troubleshooting
  4. D. Disable low-value logs and retain only authentication failures to reduce storage costs

Correct answer: B

Explanation: Correct answer (B): Centralizing and normalizing telemetry is the best next step because effective cloud monitoring depends on correlating multiple sources such as identity events, control plane activity, and workload logs. For security operations, logs also need protected retention, integrity controls, and consistent investigator access. Simply enabling logs is not enough if visibility remains fragmented across teams and accounts. Why the other options are wrong: - Option A: This may provide some visibility, but it does not solve the core problem of fragmented monitoring or inconsistent investigations across cloud accounts and regions. Weekly review is also too slow for many security operations needs. - Option C: Segmentation can reduce attack paths, but it does not address the stated objective of improving detection and investigation consistency. Monitoring requires correlated telemetry, not just network separation. - Option D: Reducing logs to only authentication failures would weaken visibility. Effective cloud monitoring needs multiple telemetry sources, not a narrow subset chosen mainly for cost reduction.

Sample Question 10 — Cloud Security Operations

An internal investigation indicates that a privileged cloud identity may have been used to exfiltrate sensitive data from a production workload. Legal counsel has stated that preserving evidence for possible litigation is the top priority, while the workload can remain online briefly under close monitoring. What is the BEST immediate response?

  1. A. Delete the affected instances and rebuild them from a known-good template to stop any further risk
  2. B. Collect relevant logs, snapshots, and metadata through approved cloud APIs before taking destructive actions (Correct answer)
  3. C. Force a global password reset for all administrators and suspend all production changes for 30 days
  4. D. Fail over the workload to another region and allow the original environment to age out under retention policy

Correct answer: B

Explanation: Correct answer (B): When investigation integrity and possible legal action are the stated priorities, evidence preservation and scoping must come before destructive eradication. In cloud environments, forensics typically depends on provider-generated logs, snapshots, and exported metadata collected through approved APIs rather than direct physical access. This approach preserves relevant evidence while keeping later containment and recovery options available. Why the other options are wrong: - Option A: Rebuilding may eventually be appropriate for eradication, but deleting the affected systems immediately risks destroying evidence. That conflicts with the stated priority of preserving evidence for legal action. - Option C: Resetting credentials may be part of containment, but it is broader than necessary as an immediate step and does not address evidence preservation first. It could also disrupt production without first scoping the incident. - Option D: Failing over may support availability, but the scenario prioritizes preserving evidence. Allowing the original environment to age out under routine retention could risk spoliation or loss of relevant evidence.

Quick 10-Question CCSP Practice Test

Take a free 10-question CCSP quick-start practice test covering all 6 August 2026 domains. Get instant scoring with detailed explanations — perfect for a quick readiness check.

Frequently Asked Questions about the CCSP August 2026 Exam

What changed in the CCSP August 2026 outline?

Domain names and weights are unchanged (17 / 20 / 17 / 16 / 17 / 13). The new outline adds Section 1.6 (Comprehend AI/ML), Section 2.9 (AI/ML data protection), and OWASP Top 10 for Large Language Model Applications in Section 4.1.

Should I sit the exam before or after August 1, 2026?

On or before July 31, 2026 → prior outline. On or after August 1, 2026 → new outline V2. Switch your study materials accordingly.

Is CCSP now CAT?

Yes, since October 2025. Expect 100–150 items in up to 3 hours; the August 2026 content update keeps the CAT format.

What is the CCSP pass rate?

ISC² does not publish official figures, but candidate self-reports converge around 60–65%. Domain 2 (20%) and the new AI/ML sections are the most common failure points.

How much does the CCSP cost?

$599 USD at Pearson VUE. Valid 3 years, renewed with 90 CPE credits plus the ISC² Annual Maintenance Fee.

Why Choose FlashGenius for CCSP (Aug 2026) Prep?

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