The CCSE is EC-Council's Certified Cloud Security Engineer exam, taken by security practitioners who work with cloud environments. This page gives you free practice sets by topic, a map from the official content areas to those sets, three worked questions with explanations, a study plan and answers to common questions. The exam facts come from EC-Council.
The CCSE has 125 questions and takes about 4 hours[1] (EC-Council, verified Oct 25, 2026).
Numbers in brackets link to the official sources listed under Sources & last verified. Dates that have passed are removed automatically.
| Item | Detail | Source · Verified |
|---|---|---|
| Number of questions | 125 multiple-choice questions[1] | EC-Council · Oct 25, 2026 |
| Time limit | 4 hours[1] | EC-Council · Oct 25, 2026 |
| Passing score | 70%[1] | EC-Council · Oct 25, 2026 |
| Exam fee (application) | $100 non-refundable application fee (exam voucher sold separately)[1] | EC-Council · Oct 25, 2026 |
| Retake policy | No wait before 1st retake; 14 days before later retakes; max 5 attempts per 12 months[2] | EC-Council · Oct 25, 2026 |
| Validity | 3 years[3] | EC-Council · Oct 25, 2026 |
| Delivery | ECC Exam Centre only[1] | EC-Council · Oct 25, 2026 |
| Eligibility | 2 years of information security work experience[1] | EC-Council · Oct 25, 2026 |
According to EC-Council, “The candidate needs to score 70% to pass the CCSE Exam.”[1]
The Certified Cloud Security Engineer credential from EC-Council is aimed at people who secure cloud workloads and services. It covers cloud security from fundamentals through operations, incident response, forensics and legal issues.
Delivery: the exam is only available at the ECC Exam Centre. You cannot book it through a general testing network, so check the official page before planning dates.
Format and scoring: the exam has 125 multiple-choice questions and a 4 hour time limit. You need 70% to pass.
Eligibility and fees: applicants must have a minimum of 2 years of work experience in the information security domain. EC-Council charges a $100 non-refundable application fee, and the exam voucher is sold separately.
Retakes: there is no wait before the 1st retake, and there is a 14 day wait before later retakes. A candidate cannot take a given exam more than 5 times in a 12 month period.
Validity: EC-Council certifications are valid for 3 years from the date of certification.
Fees, vouchers and policies can change, so confirm every detail on the EC-Council certification page and its retake and continuing education policy pages before you apply. Our practice questions are written by us with AI tools. They are not real exam questions, and they will not tell you what you will see on test day.
The content areas below are copied from the official CCSE content outline published by EC-Council. The right-hand column shows which of our practice sets covers it.
| Official content area | Practice on this site |
|---|---|
| Application Security in Cloud[4] | CCSE Cloud Application Security & DevSecOps Practise secure development in pipelines, common web application risk categories and how vulnerable dependencies are found and handled. |
| Business Continuity and Disaster Recovery in Cloud[4] | Mixed practice tests above Review backup approaches, recovery objectives and how failover across regions or providers supports continuity; we have no dedicated set for this area yet. |
| Data Security in Cloud[4] | CCSE Cloud Data Protection & Encryption Practise encryption at rest and in transit, key management and how data is classified and protected in shared environments. |
| Forensic Investigation in Cloud[4] | CCSE Incident Response & Forensics in Cloud Practise evidence collection when you do not control the hardware, and why multi-tenancy and log availability shape an investigation. |
| Governance, Risk Management, and Compliance in Cloud[4] | CCSE Cloud Risk & Compliance Management Practise risk assessment, shared responsibility between provider and customer, and mapping controls to compliance requirements. |
| Incident Response in Cloud[4] | CCSE Incident Response & Forensics in Cloud Practise the order of detection, containment, eradication and recovery, and how cloud-native logs feed each step. |
| Introduction to Cloud Security[4] | CCSE Cloud Security Architecture & Design Practise service and deployment models, the shared responsibility idea and basic design principles such as least privilege and defence in depth. |
| Penetration Testing in Cloud[4] | CCSE Vulnerability Assessment Practise the difference between vulnerability scanning and penetration testing, and what a provider's rules allow you to test. |
| Platform and Infrastructure Security in Cloud[4] | CCSE Network Security Fundamentals Practise network segmentation, security groups, firewalls and hardening of virtual machines, containers and storage. |
| Security Operations in Cloud[4] | CCSE Security Operations & Monitoring Practise what each log source records, how monitoring and alerting work together and how to spot unusual activity such as odd traffic patterns. |
| Standards, Policies, and Legal Issues in Cloud[4] | CCSE Cloud Risk & Compliance Management Practise matching standards and regulations to scenarios, and recognise where data location and contract terms create legal obligations. |
Prepare for the CCSE - Certified Cloud Security Engineer exam with our free practice test modules. Each quiz covers key topics to help you pass on your first try.
These are practice questions written for this site, not questions from the real exam. Each explanation shows why the right answer is right and why the others are wrong.
Question: Which OWASP category specifically addresses the risk of using components with publicly known vulnerabilities in cloud applications?
Answer: C. Vulnerable and Outdated Components
Explanation:
The correct answer is Vulnerable and Outdated Components. This OWASP category is about building on libraries, frameworks or other software that already has publicly known flaws, which is common when cloud applications pull in many dependencies.
Injection is about untrusted input being interpreted as commands or queries, not about the age or state of a component. Security Misconfiguration is about insecure settings, such as open storage or default credentials, rather than known-vulnerable software. Broken Access Control is about users acting outside their intended permissions.
Rule to remember: match the category to the root cause. If the weakness comes from software you did not write and have not patched, think components. If it comes from input handling, think injection. If it comes from settings, think misconfiguration. If it comes from permissions, think access control.
Question: What is the purpose of network flow logs (e.g., AWS VPC Flow Logs) in cloud security monitoring?
Answer: B. To capture metadata about IP traffic to and from network interfaces for threat detection
Explanation:
The correct answer is that flow logs capture metadata about IP traffic to and from network interfaces for threat detection. Records typically include source and destination addresses, ports, protocol and whether the traffic was allowed or rejected, which lets you spot unusual patterns or unauthorized access attempts.
Monitoring CPU and memory is the job of performance metrics, not flow logs. Tracking billing and cost belongs to cost management tools. Managing DNS resolution records is a DNS service function. None of these describe network traffic metadata.
Rule to remember: flow logs describe who talked to whom, not what was said. They record metadata, not packet contents, so they suit detection and investigation of traffic behaviour but do not replace payload inspection or host-level monitoring.
Question: What is the primary challenge of digital forensics in cloud environments compared to traditional on-premises forensics?
Answer: C. Multi-tenancy and shared infrastructure
Explanation:
The correct answer is multi-tenancy and shared infrastructure. In the cloud, many customers run on the same underlying hardware, and the investigator usually cannot physically access that hardware or freely isolate a single tenant's data without affecting others.
Lack of encryption support is wrong because cloud providers generally offer encryption, and it is not the defining forensic obstacle. Limited storage capacity is wrong because cloud storage is typically elastic. Absence of logging capabilities is wrong because cloud platforms provide extensive logging, although availability and retention vary by service and configuration.
Rule to remember: the forensic difficulty in the cloud is control and access, not missing features. Plan evidence collection around what the provider exposes, and agree on that before an incident happens.
Start with the official EC-Council exam page and content area list, and use the table above as your checklist. Take a short practice set in each area without looking anything up, so you get an honest picture of where you stand.
Sort the results into weak and strong areas. Spend most of your time on the weak ones: read the official material or the provider documentation for that topic, then return to the matching practice set. When you miss a question, write down the rule behind the right answer in your own words instead of memorising the option letter.
Pay attention to areas that overlap. Incident response and forensics share a set here, and so do risk, compliance and legal topics, so questions in one area often reinforce the other.
Because the exam is long, rehearse sitting through a full-length session in a single sitting, with no breaks to search for answers, and then review every miss. Leave the last days before the exam for reviewing your notes and the weakest areas, not for learning new topics. Remember that our questions are our own practice material, so use them to find gaps rather than to predict the exam.
The CCSE exam has 125 multiple-choice questions, and the candidate needs to score 70% to pass. The time limit is 4 hours. Confirm the current details on the EC-Council certification page before you book.
EC-Council states that applicants must have a minimum of 2 years of work experience in the information security domain to be eligible. You also pay a $100 non-refundable application fee, and the exam voucher is sold separately. Check the official page for the current process.
The exam is only available at the ECC Exam Centre. It is not offered through other testing providers, so follow the booking steps on the EC-Council certification page rather than searching third-party test centre listings.
There is no wait before the 1st retake. Later retakes require a 14 day wait. A candidate cannot take a given exam more than 5 times in a 12 month period. EC-Council publishes the full rules on its exam retake policy page.
EC-Council certifications are valid for 3 years from the date of certification, according to its continuing education policy. Check that policy page for the current requirements to keep the credential active.
No. The questions are written by us with AI tools and are not real exam questions. Use them to find weak areas against the official content list, then study the official material and provider documentation to close those gaps.
How we verify: editorial & fact-checking policy. Report an error: contact us.