In the evolving landscape of digital security, the Certified in Cybersecurity (CC) credential, developed by (ISC)², stands out as a key entry point for individuals looking to embark on a cybersecurity career. With cyber threats increasing in both volume and complexity, organizations are in need of skilled professionals who understand security principles, risk management, and operational procedures. The CC certification is designed to meet this demand by validating a candidate’s fundamental knowledge and aptitude for cybersecurity roles.

Tailored for entry-level candidates, this certification is ideal for students, recent graduates, career switchers, and IT professionals seeking to transition into the cybersecurity domain. Its accessibility, combined with its recognition by employers worldwide, makes it a strategic starting point for building a career in digital defense.

The certification evaluates understanding across several critical areas including network security, access control, security operations, and incident response. Its structure ensures that even those with limited hands-on experience can gain recognition for their understanding of foundational concepts.

Why the Certified in Cybersecurity (CC) Exam Matters

In today’s digitally interconnected environment, every organization, regardless of size, faces cybersecurity challenges. From data breaches and ransomware attacks to social engineering and insider threats, the landscape is rife with risks. The CC certification provides a comprehensive introduction to the core areas of cybersecurity, enabling individuals to gain credibility and confidence as they step into this high-demand field.

By earning this certification, professionals demonstrate their ability to grasp security policies, identify vulnerabilities, and understand the principles behind protecting data, systems, and networks. For employers, a Certified in Cybersecurity holder represents a proactive, knowledgeable individual who can be groomed for advanced roles in information security.

Furthermore, as cybersecurity continues to gain prominence across industries, professionals who hold foundational certifications such as CC are more likely to secure interviews and internships, making it a strong credential for career development.

Who Should Pursue the CC Certification

The CC certification is specifically designed for individuals at the early stages of their cybersecurity journey. It does not require prior experience, which makes it accessible to a wide array of learners. Ideal candidates include:

• University students pursuing degrees in computer science, information technology, or related disciplines

• Entry-level professionals seeking a role in IT or security operations

• Individuals changing careers who wish to break into the cybersecurity industry

• Technical support or network professionals aiming to build on their existing skills

This credential acts as a stepping stone toward more advanced certifications such as CISSP or SSCP. It offers a roadmap that helps candidates not only understand theoretical concepts but also prepare for real-world scenarios they will encounter in security-related job roles.

Structure and Domains of the CC Certification Exam

The Certified in Cybersecurity exam consists of questions drawn from several key domains. These domains reflect the essential knowledge areas every entry-level cybersecurity practitioner should be familiar with:

1. Security Principles – Covers core topics such as confidentiality, integrity, availability (CIA), risk management, and governance frameworks.

2. Business Continuity and Disaster Recovery – Examines knowledge of backup strategies, failover systems, and incident response planning.

3. Access Control Concepts – Involves understanding authentication, authorization, user management, and identity services.

4. Network Security – Focuses on the basics of firewalls, VPNs, intrusion detection, and secure communications.

5. Security Operations – Encompasses threat monitoring, vulnerability management, and the implementation of security controls.

The test format typically includes multiple-choice questions that assess both conceptual understanding and the ability to apply knowledge in practical contexts. It is administered through authorized testing centers and online platforms, allowing candidates to select the option most convenient for them.

How to Prepare Effectively for the CC Exam

Preparing for the Certified in Cybersecurity exam requires a strategic approach. While the content is foundational, it’s essential to study each domain thoroughly and understand how the concepts relate to real-world environments. Here are several recommended methods for exam readiness:

• Enroll in structured training programs provided by recognized organizations such as Examlabs, which offer comprehensive preparation courses tailored to the CC exam blueprint.

• Use official study guides, whitepapers, and documentation released by (ISC)² to align your study efforts with the most accurate and current materials.

• Participate in cybersecurity communities and forums where learners share insights, practice questions, and exam strategies.

• Schedule regular self-assessments using mock exams or sample questions to monitor your progress and reinforce your learning.

Combining these methods can significantly improve your understanding and retention of the required knowledge. It also helps in building the confidence necessary to succeed on exam day.

Benefits of Using Practice Questions in Exam Preparation

Practice questions are a critical component of any effective exam preparation strategy. They allow candidates to simulate the test experience, familiarize themselves with the question formats, and identify knowledge gaps early in their study process.

By reviewing practice questions regularly, learners can:

• Gain insight into how exam topics are presented and tested

• Improve time management and pacing during the exam

• Reinforce memory retention through repetition

• Develop analytical thinking by interpreting scenarios and choosing the most appropriate responses

In addition, answering practice questions from trusted sources like Examlabs ensures exposure to high-quality, exam-relevant material that aligns with the (ISC)² syllabus. This strategic preparation helps mitigate test-day anxiety and improves overall performance.

25 Free Certified in Cybersecurity Sample Questions

To further assist aspiring professionals, we have compiled 25 free sample questions tailored to the Certified in Cybersecurity exam. These questions are designed to assess your grasp of key topics and help you measure your readiness. They cover all major domains and mimic the style of questions you can expect on the actual test.

Each question includes four possible answers, with only one correct choice. After attempting the questions, be sure to review the explanations carefully to strengthen your conceptual understanding.

These practice questions serve as a valuable tool in your preparation journey. They not only reinforce your knowledge but also provide clarity on complex topics by presenting them in scenario-based formats.

Career Opportunities with a CC Certification

Achieving the Certified in Cybersecurity credential can significantly boost your employment prospects. As businesses seek to fortify their digital defenses, the demand for professionals with security awareness and foundational skills continues to grow.

With the CC certification, you become eligible for a variety of entry-level roles such as:

• Cybersecurity Analyst

• Security Operations Center (SOC) Technician

• Information Security Assistant

• IT Security Coordinator

• Junior Security Auditor

These positions offer practical experience that serves as a foundation for more specialized roles. As you accumulate experience, you may progress to advanced positions such as Security Engineer, Threat Analyst, or Compliance Manager.

Moreover, many employers recognize (ISC)² certifications as a benchmark of excellence. Earning your CC certification places you in a respected network of professionals and opens up further opportunities for growth within the industry.

Building a Long-Term Cybersecurity Career Path

Starting your journey with the CC certification is only the beginning. Once you’ve established your credentials and gained some experience, consider pursuing higher-level certifications like:

• Systems Security Certified Practitioner (SSCP)

• Certified Information Systems Security Professional (CISSP)

• Certified Cloud Security Professional (CCSP)

These advanced certifications build on the knowledge acquired through CC and reflect specialized expertise that can command higher salaries and greater responsibilities.

Additionally, continuous learning is a must in the field of cybersecurity. With threats and technologies evolving constantly, professionals need to stay informed through webinars, industry publications, and continuing education.

Networking through local chapters, attending cybersecurity conferences, and participating in hackathons are also effective ways to remain engaged and discover new career opportunities.

Earning the CC Certification

The Certified in Cybersecurity credential by (ISC)² is a gateway into one of the most vital and rapidly expanding fields in technology. Its structure, accessibility, and industry alignment make it a valuable asset for anyone aiming to break into cybersecurity.

By dedicating time to preparation, utilizing resources like Examlabs, and engaging with practice questions, candidates can confidently approach the exam and begin building a rewarding career. The knowledge and recognition earned through this certification serve as the foundation for long-term success in safeguarding digital ecosystems.

Whether you are a student exploring career paths or a professional seeking to pivot into a high-demand industry, the CC certification offers a compelling opportunity to establish yourself as a cybersecurity professional.

The Importance of Using Practice Questions for Cybersecurity Exam Preparation

Engaging with practice questions is one of the most effective ways to prepare for the Certified in Cybersecurity (CC) exam. These questions serve as a realistic preview of the types of challenges you’ll face during the actual test. More than just a way to memorize facts, practice questions help strengthen your cognitive recall, analytical reasoning, and decision-making under pressure. They give you a chance to apply theoretical knowledge in context, which is especially valuable in the field of cybersecurity where practical application is key.

By simulating the format, timing, and difficulty level of the real exam, practice questions help reduce anxiety and improve familiarity with test conditions. As a result, candidates can develop the confidence necessary to navigate the exam smoothly. Regular exposure to diverse question types also enhances your ability to recognize patterns, understand tricky phrasing, and eliminate incorrect answers efficiently.

Another significant benefit is the ability to assess your current knowledge level across all major areas of the exam. The Certified in Cybersecurity exam evaluates candidates on five fundamental domains. Understanding where your strengths lie and which areas need improvement is crucial for directing your study efforts effectively. Let’s take a closer look at each domain that these practice questions are designed to cover:

Core Cybersecurity Concepts and Principles

This domain emphasizes the foundational theories that govern information security, including confidentiality, integrity, and availability. It also covers essential risk management practices, the role of governance in cybersecurity, and compliance requirements. Practice questions in this area help you grasp the underlying frameworks that support all other cybersecurity activities.

Business Continuity, Disaster Recovery, and Incident Response

Security isn’t just about prevention—it also involves planning for worst-case scenarios. This domain focuses on ensuring that organizations can maintain critical functions during and after a crisis. Topics such as disaster recovery plans, continuity strategies, and structured incident response processes are included here. Sample questions test your understanding of how to minimize downtime and restore operations efficiently.

Access Control and Identity Management

This section revolves around verifying user identity and controlling access to digital resources. Concepts include multifactor authentication, least privilege, identity federation, and account lifecycle management. Practice questions test your grasp of the methods used to ensure that only authorized individuals gain access to specific systems and data.

Fundamentals of Network Security

A solid understanding of network infrastructure and its security vulnerabilities is critical. This domain includes basic networking concepts, secure protocols, segmentation, and the role of devices like firewalls, routers, and intrusion detection systems. Questions in this domain are designed to evaluate your familiarity with how data flows across networks and how to protect it from malicious actors.

Security Operations and Daily Defensive Measures

This final domain centers on the everyday activities of a security professional, including monitoring, alerting, patch management, and handling security tools. Practice questions here focus on operational workflows that help detect and respond to threats in real-time. Understanding these processes is key to maintaining a secure IT environment.

The 25 sample questions we have included in this article are strategically crafted to reflect each of these critical subject areas. Working through them not only enhances your conceptual clarity but also gives you direct insight into the exam’s structure and expectations. These questions offer a benchmark to evaluate your preparedness, identify weak areas, and reinforce the knowledge you’ve already gained.

By committing to regular practice using high-quality question sets, such as those offered by platforms like Examlabs, you can accelerate your learning and approach the exam with greater assurance. This hands-on method of preparation ensures that when test day arrives, you’re not just memorizing facts—you’re truly understanding and applying cybersecurity principles in a meaningful way.

What You Should Know About the Certified in Cybersecurity (CC) Exam Format

Before engaging with sample questions or beginning your study plan, it is important to gain a clear understanding of the Certified in Cybersecurity (CC) exam structure and what the test experience entails. This foundational knowledge will help you plan more effectively and approach the assessment with confidence.

The Certified in Cybersecurity exam, developed by (ISC)², is specifically designed for individuals with limited or no prior professional experience in cybersecurity. This makes it an ideal certification for beginners, students, and career changers looking to break into the field. The exam assesses baseline knowledge across key cybersecurity domains, ensuring that candidates are equipped with the essential skills needed to support security functions within an organization.

This certification test includes a total of 100 multiple-choice questions. These questions are designed to evaluate your understanding of concepts rather than advanced technical expertise. The questions cover a broad range of topics that reflect real-world situations and basic security principles. You are given a maximum of two hours to complete the exam, making time management an important factor. Candidates must be comfortable working under timed conditions and able to reason through scenarios efficiently.

The exam is administered in a computer-based format and is available globally at authorized test centers as well as through online proctoring. This flexibility allows you to select an environment that suits your schedule and level of comfort. Each question is followed by four answer choices, of which only one is correct. There is no penalty for incorrect answers, so it’s advisable to attempt every question.

In terms of eligibility, there are no formal prerequisites in terms of education or work experience, which sets this certification apart from more advanced cybersecurity credentials. However, to become officially certified, candidates must not only pass the exam but also agree to abide by the (ISC)² Code of Ethics. This code emphasizes professional integrity, the protection of society and infrastructure, and the responsibility to act with honesty in the field of cybersecurity.

Once you have passed the exam and accepted the code of ethics, you are granted the Certified in Cybersecurity designation. To maintain this status, you are required to participate in continuing professional education activities. Specifically, certified individuals must earn and report a set number of Continuing Professional Education (CPE) credits each year. These credits ensure that you remain up-to-date with changes in the cybersecurity landscape and continue to grow professionally.

This ongoing commitment helps reinforce a culture of learning and adaptability, which are crucial traits in a field that evolves rapidly. Earning and maintaining your certification demonstrates not just competence but also dedication to staying relevant and effective in combating emerging threats.

The structured yet accessible format of the CC exam makes it an excellent first step into a career in cybersecurity. It introduces candidates to vital concepts while providing a strong foundation for further learning and specialization. Whether your long-term goal is to become a cybersecurity analyst, consultant, or engineer, starting with this certification helps you build the credentials and knowledge base required for success in more advanced roles.

Sample Questions from Domain 1: Security Principles

These questions assess your understanding of key cybersecurity concepts and best practices.

Question 1
Which of the following options best represents a core objective in the field of cybersecurity?
A. Profit maximization
B. Employee engagement
C. Confidentiality
D. Productivity

Answer: C

Explanation:
Cybersecurity revolves around protecting digital assets, systems, networks, and data from unauthorized access, damage, or disruption. One of the foundational principles upon which cybersecurity is built is confidentiality. This concept refers to ensuring that sensitive information is accessible only to authorized individuals or systems. Confidentiality helps prevent data breaches, information leaks, and other security incidents that could result in the exposure of personal, financial, or proprietary data.

In the context of cybersecurity, maintaining confidentiality is part of the broader CIA triad, which stands for confidentiality, integrity, and availability. These three components together form the cornerstone of information security. Confidentiality focuses on data privacy, integrity ensures that data is accurate and unaltered, and availability ensures that authorized users have access to information and systems when needed.

Option A, profit maximization, while important in business strategy, is not a direct concern of cybersecurity. While securing digital infrastructure can indirectly support a company’s profitability by preventing losses, it is not a core goal of cybersecurity itself. The primary mission of cybersecurity is risk reduction and the preservation of critical information—not financial gain.

Option B, employee engagement, is related more closely to human resource management and organizational behavior. While engaged employees may contribute to a stronger security culture, this is an indirect benefit. It is not, however, one of the defined goals of cybersecurity frameworks or policies.

Option D, productivity, refers to the efficiency of business operations. Though cybersecurity measures can either hinder or enhance productivity depending on how they’re implemented, productivity itself is not a fundamental goal of cybersecurity. Security measures aim to safeguard operations, and while doing so may improve productivity by preventing downtime or attacks, this is a secondary outcome, not a primary objective.

Confidentiality, as selected in option C, is a direct and essential aim of all cybersecurity policies and practices. It ensures that personal, corporate, and governmental data remains shielded from malicious actors. Cybersecurity frameworks, such as those developed by NIST or ISO, consistently highlight confidentiality as a primary concern.

In summary, while other factors may influence or be influenced by cybersecurity efforts, confidentiality stands out as a fundamental and non-negotiable goal. Without it, trust in digital systems would be compromised, and organizations would face legal, financial, and reputational consequences. Therefore, confidentiality is the correct and most appropriate answer for identifying a foundational principle of cybersecurity.

Question 2
What is the main reason for applying a layered approach to security in an organization?
A. Reduce employee access
B. Save money on firewalls
C. Increase usability
D. Enhance overall protection

Answer: D

Explanation:
The layered security model, also known as defense in depth, is a strategic approach that involves implementing multiple levels of security controls throughout an IT system or network. The primary reason for using this method is to enhance overall protection by ensuring that if one layer of defense fails, other layers can still provide security. This structure increases the chances of detecting, mitigating, and preventing unauthorized access, attacks, or system failures.

Option D is correct because enhancing protection is the core objective of using multiple security layers. By distributing defenses across various points—such as endpoints, applications, networks, and data—organizations can significantly reduce the risk of a successful attack. Each layer acts as a barrier, making it more difficult for malicious actors to achieve their goals. For instance, if a phishing email bypasses spam filters and lands in an inbox, endpoint protection might still detect and block a malicious attachment. Similarly, if an attacker breaches a firewall, network segmentation or access control mechanisms can contain the intrusion.

Option A, reduce employee access, is misleading. While controlling user access is an important part of cybersecurity, it is typically addressed through access control policies rather than through a layered security model. The purpose of layered security is not to limit access arbitrarily, but to protect systems comprehensively through redundancy and depth.

Option B, save money on firewalls, is incorrect and counterintuitive. In reality, implementing multiple layers of security may involve greater initial investment in tools, training, and infrastructure. The goal is not to minimize cost by skimping on critical elements like firewalls, but to ensure resilience through diversification of security measures.

Option C, increase usability, is also not the goal of a layered approach. In fact, some security measures may introduce complexity or slight usability trade-offs. While good design can balance security and user experience, the primary goal of layering is to increase the robustness of the system, not to make it easier or more convenient to use.

Layered security strategies often include combinations of antivirus software, intrusion detection systems, encryption, multi-factor authentication, access control policies, and more. This redundancy helps ensure that even if one control is bypassed or fails, others are in place to respond.

In conclusion, the essence of a layered security model lies in its ability to provide comprehensive and resilient protection. This approach recognizes that no single defense is foolproof and prepares organizations to defend against a wide variety of threats using multiple, overlapping safeguards. Therefore, enhancing overall protection is the most accurate and complete reason for adopting this strategy.

Question 3
Which of the following terms most accurately refers to the continuous activity of recognizing, assessing, and reducing potential security risks?
A. Threat modeling
B. Risk management
C. Penetration testing
D. Patch management

Answer: B

Explanation:
Risk management is the systematic and ongoing process of identifying, analyzing, evaluating, and addressing threats that could potentially harm an organization’s digital assets, infrastructure, or operations. In the context of cybersecurity, this discipline is essential for maintaining a secure environment by ensuring that potential vulnerabilities are not only recognized but also managed in a way that minimizes their impact.

Option B is the correct choice because risk management encompasses a continuous cycle that begins with identifying possible threats or vulnerabilities. These can come in the form of internal weaknesses, external attacks, human error, system misconfigurations, or emerging technological challenges. After identifying these risks, the next step is to evaluate their likelihood and potential impact. Organizations prioritize these risks based on severity, and then choose appropriate mitigation strategies. These strategies may include accepting, avoiding, transferring, or reducing the risk. The final stage involves monitoring and reviewing the effectiveness of those strategies over time.

Option A, threat modeling, while related to cybersecurity planning, refers more specifically to the analytical process of anticipating potential attack vectors and determining how adversaries might exploit system vulnerabilities. Threat modeling is often performed during the development or architectural design phase of a system or application, and although it plays a role in risk awareness, it is not as broad or ongoing as risk management.

Option C, penetration testing, involves ethical hacking to simulate attacks on systems or networks. Its primary goal is to find and exploit vulnerabilities in a controlled environment to understand how real-world attackers might compromise security. While this is a valuable security practice, it is not a full-fledged strategy for ongoing threat evaluation and mitigation. Rather, it is one component that feeds into the broader risk management process.

Option D, patch management, focuses on updating software and systems to close security loopholes, fix bugs, and enhance functionality. Though vital for system integrity and reducing attack surfaces, patch management is a tactical action and not a comprehensive strategy for addressing all potential risks within an organization.

Risk management remains a high-level, strategic approach that incorporates various activities—including threat modeling, penetration testing, and patch management—under one cohesive framework. It ensures that cybersecurity efforts align with business goals and legal obligations, and that resources are allocated wisely based on the severity and probability of different threats.

Therefore, the term that best describes the ongoing and adaptive process of identifying, evaluating, and mitigating cybersecurity threats is risk management. This process is central to sustaining a secure digital environment and is a core concept across cybersecurity frameworks, including those recognized by global standards.

Question 4
Which of the following is an example of a cybersecurity measure that does not rely on technology to be effective?
A. Firewall
B. Access control list
C. Security awareness training
D. Encryption

Answer: C

Explanation:
In cybersecurity, controls are typically categorized into three broad types: technical, administrative (also known as non-technical), and physical controls. Non-technical controls are those that rely on human actions, processes, or organizational policies rather than software or hardware. These controls play a critical role in establishing a security-conscious culture and preventing incidents caused by human error, ignorance, or negligence.

The correct answer is option C, security awareness training, because it is a non-technical control designed to educate employees, contractors, or any system users about cybersecurity best practices, policies, and how to identify and respond to common threats such as phishing, social engineering, and weak password practices. This kind of training does not involve direct technological tools; instead, it focuses on influencing behavior and building knowledge among people.

Option A, firewall, is a clearly technical control. It operates at the network or host level to monitor, filter, and restrict incoming and outgoing traffic based on predetermined security rules. Firewalls are hardware or software tools, and their configuration and operation rely entirely on technology.

Option B, access control list (ACL), is also a technical control. It involves setting permissions for who can access particular resources or systems. These lists are implemented within operating systems, network devices, or applications, and they control access based on attributes such as IP address, user identity, or role, all of which require technical enforcement mechanisms.

Option D, encryption, is another example of a technical control. It involves the use of algorithms and cryptographic keys to encode data so that only authorized users with the correct key or credentials can access it. Encryption is crucial for maintaining data confidentiality both at rest and in transit, but it is clearly reliant on technological processes and tools.

Non-technical controls like security awareness training are essential because many cyber incidents stem not from technical flaws, but from human errors. For instance, even the most secure network can be compromised if an employee clicks on a malicious link or reveals their credentials through a phishing attack. Training programs aim to reduce this risk by making individuals more vigilant and knowledgeable.

Moreover, cybersecurity frameworks from leading organizations like NIST and ISO emphasize the importance of non-technical measures in achieving comprehensive protection. They recommend integrating training into regular organizational activities and updating it frequently to reflect evolving threats.

In summary, while firewalls, access control lists, and encryption are vital components of a secure IT infrastructure, they all fall under the category of technical controls. Security awareness training stands apart as a non-technical measure that relies on informed human behavior, making it a critical part of a holistic cybersecurity strategy.

Question 5:
Which principle ensures that only authorized users have access to specific information?
A. Availability
B. Confidentiality
C. Integrity
D. Redundancy

Answer: B

Sample Questions from Domain 2: BC, DR, and Incident Response Concepts

These questions relate to preparedness and handling of security incidents and disasters.

Question 6:
What is the main goal of a disaster recovery plan?
A. Prevent unauthorized access
B. Enable quick resumption of services
C. Increase employee morale
D. Decrease hardware costs

Answer: B

Question 7:
Which term refers to a test that evaluates the effectiveness of incident response procedures?
A. Phishing simulation
B. Tabletop exercise
C. Load testing
D. Penetration test

Answer: B

Question 8:
Which of the following is most likely to trigger a business continuity plan?
A. Software upgrade
B. Successful phishing attack
C. Routine audit
D. Quarterly training

Answer: B

Question 9:
What’s the first step in the incident response process?
A. Eradication
B. Containment
C. Detection
D. Preparation

Answer: D

Question 10:
What defines the maximum tolerable time that systems can be down before affecting business operations?
A. Recovery Point Objective (RPO)
B. Mean Time Between Failures (MTBF)
C. Mean Time to Repair (MTTR)
D. Recovery Time Objective (RTO)

Answer: D

Sample Questions from Domain 3: Access Controls Concepts

These questions explore the core mechanisms behind user access management and authentication.

Question 11:
What is the principle of least privilege?
A. Users should access all systems to increase productivity
B. Users should have the minimum access needed to perform their jobs
C. All users must share passwords
D. Permissions are assigned randomly

Answer: B

Question 12:
Which of the following is a type of multifactor authentication?
A. Password and username
B. PIN and password
C. Password and fingerprint
D. Username and ID badge

Answer: C

Question 13:
What is the primary purpose of access control mechanisms?
A. Improve internet speed
B. Manage software licenses
C. Restrict unauthorized access
D. Detect malware

Answer: C

Question 14:
Which access control model is based on user roles in an organization?
A. Discretionary Access Control (DAC)
B. Role-Based Access Control (RBAC)
C. Mandatory Access Control (MAC)
D. Attribute-Based Access Control (ABAC)

Answer: B

Question 15:
Which of the following is an example of a physical access control?
A. Password
B. Firewall
C. Retinal scanner
D. Antivirus software

Answer: C

Sample Questions from Domain 4: Network Security

These questions test your awareness of how to protect and manage network infrastructure.

Question 16:
What does a firewall do?
A. Encrypts data
B. Scans hard drives
C. Monitors network traffic and blocks unauthorized access
D. Manages passwords

Answer: C

Question 17:
What is the main purpose of using a Virtual Private Network (VPN)?
A. Reduce internet speed
B. Track user activity
C. Provide secure, encrypted communication
D. Install updates

Answer: C

Question 18:
Which of the following helps detect unauthorized activities in real-time?
A. Intrusion Detection System (IDS)
B. Router
C. Proxy server
D. Load balancer

Answer: A

Question 19:
What kind of attack involves overwhelming a system with traffic to make it unavailable?
A. Phishing
B. Spoofing
C. DDoS
D. Man-in-the-middle

Answer: C

Question 20:
Which of the following devices separates different network segments?
A. Switch
B. Firewall
C. Router
D. Bridge

Answer: C

Sample Questions from Domain 5: Security Operations

These questions assess your grasp of daily security practices and processes.

Question 21:
Which term best describes the continuous process of reviewing systems for signs of compromise?
A. Risk assessment
B. Vulnerability scanning
C. Security monitoring
D. System hardening

Answer: C

Question 22:
What is the primary role of antivirus software?
A. Monitor user behavior
B. Enhance internet speed
C. Detect and remove malware
D. Backup data

Answer: C

Question 23:
What is patch management?
A. Encrypting email
B. Installing firewalls
C. Updating software to fix vulnerabilities
D. Scanning user accounts

Answer: C

Question 24:
Which of the following tools logs events occurring within systems and networks?
A. Keylogger
B. Firewall
C. SIEM
D. Router

Answer: C

Question 25:
Which of the following is a common example of a social engineering attack?
A. SQL injection
B. Phishing email
C. DDoS attack
D. Port scanning

Answer: B

How to Use These Free Practice Questions

These 25 sample questions can help guide your study strategy. Consider the following study tips:

• Review the questions you got wrong and understand the concept behind the correct answer.

• Study the domains in-depth using the official (ISC)² study guide and supplemental materials.

• Use free and paid online resources such as mock exams, flashcards, and video lessons.

• Join a study group or community to share insights and ask questions.

Consistent practice and review will build your confidence and increase your chances of passing the Certified in Cybersecurity exam.

Conclusion

The Certified in Cybersecurity (CC) certification is an excellent starting point for anyone entering the cybersecurity field. With the right preparation strategy—especially one that includes practice questions—you can boost your knowledge, validate your skills, and open new career opportunities in cybersecurity.

Use these 25 free questions as a springboard to measure your readiness, reinforce your learning, and guide your study efforts. As the cybersecurity landscape continues to evolve, having this foundational certification will serve as a strong credential in a competitive job market.