ISACA · CCOA
Validates technical cybersecurity skills across five domains: technology essentials, cybersecurity principles and risk, adversarial tactics and techniques, incident detection and response, and securing assets, combining knowledge-based and hands-on performance-based questions.
Practice Questions
593
≈ 3 practice exams
Duration
240 minutes
Passing Score
450/800
Difficulty
AssociateLast Updated
Feb 2026
Use this CCOA practice exam to prepare for Certified Cybersecurity Operations Analyst (CCOA) with realistic questions, detailed explanations, and focused study modes. The practice bank includes 593 questions for ISACA CCOA, so you can review the exam steadily instead of relying on one long cram session.
As you practice, pay extra attention to patterns in your missed answers. Start with short sessions to identify weak areas, then move into timed quizzes once your accuracy is consistent.
The explanations are especially useful when you want to connect exam wording to the responsibilities and scenarios described in the official certification guidance. Use the free preview first, then unlock the full question bank when you are ready to build a complete study routine.
The Certified Cybersecurity Operations Analyst (CCOA) is a technical cybersecurity credential introduced by ISACA in early 2025, designed to validate the operational skills required by security analysts working in modern threat environments. It bridges a recognized gap in the certification landscape by combining traditional knowledge-based multiple-choice questions with hands-on, performance-based questions that require candidates to work with real open-source tools such as Security Onion and Kibana. The credential was named Professional Certification Program of the Year in the 2025 Cybersecurity Breakthrough Awards, reflecting rapid industry recognition since its launch.
Spanning five globally validated domains — Technology Essentials, Cybersecurity Principles and Risk, Adversarial Tactics and Techniques, Incident Detection and Response, and Securing Assets — the CCOA assesses both conceptual understanding and practical ability. Candidates must demonstrate proficiency in areas ranging from cloud and network fundamentals to forensic analysis, malware investigation, and vulnerability remediation, making it one of the few associate-level credentials to rigorously test applied, hands-on cybersecurity competency.
The CCOA is targeted at early- to mid-career cybersecurity professionals with approximately two to three years of experience in security operations. It is particularly well-suited for individuals working as or aspiring to become Cybersecurity Analysts, Information Security Analysts, SOC (Security Operations Center) Analysts, Vulnerability Analysts, and Incident Response Analysts.
The exam is open to anyone with an interest in cybersecurity — there are no formal prerequisites — making it accessible to career changers and recent graduates who can demonstrate technical proficiency through self-study or bootcamp training. It is especially valuable for those seeking to distinguish themselves in a competitive SOC hiring market or to formalize practical skills acquired on the job.
ISACA does not impose formal prerequisites to register for the CCOA exam; it is open to all candidates. However, ISACA recommends that candidates have approximately two to three years of hands-on experience in a cybersecurity operations role before attempting the exam, as the performance-based questions require familiarity with real-world tools and workflows.
Candidates should be comfortable with core networking concepts (TCP/IP, protocols, ports), operating systems (Windows and Linux command-line interfaces), cloud infrastructure basics, and scripting fundamentals. Prior exposure to SIEM platforms, log analysis, and basic incident response procedures will be highly beneficial, particularly given that Domain 4 (Incident Detection and Response) accounts for 34% of the exam weight. To earn the full CCOA certification designation, candidates must apply within five years of passing the exam.
The CCOA exam consists of 115 scored multiple-choice questions and 25 performance-based questions, for a total of 140 questions. The performance-based questions present candidates with simulated, hands-on scenarios using open-source cybersecurity tools, assessing practical skills rather than purely theoretical recall. The exam has a time limit of 240 minutes (4 hours).
The exam is computer-based and can be taken either at an authorized PSI testing center globally or via remote proctoring. Registration is continuous — candidates can register at any time and schedule a testing appointment as early as 48 hours after payment. The passing score is 450 out of 800. Exam fees are $399 for ISACA members and $499 for non-members. Eligibility established at registration remains valid for 12 months.
The CCOA addresses a well-documented gap in technical, operations-focused cybersecurity credentials and has gained rapid traction since its 2025 launch — LinkedIn listed nearly 2,000 CCOA-preferred job postings within six months of the credential's release, with demand concentrated at MSSPs and enterprise security teams in the U.S., U.K., Canada, and India. Early salary data indicates the credential can increase compensation offers by 5–10%, with the average advertised salary for a certified SOC Tier II analyst in the United States at approximately $104,000. The U.S. Bureau of Labor Statistics projects 33% employment growth for information security analysts over the coming decade, and ISACA's 2025 research found that 70% of CISOs expect SOC headcount to grow in the near term.
Beyond immediate job market impact, the CCOA provides a structured pathway within ISACA's certification ecosystem. Passing the CCOA exam grants a one-year educational experience waiver toward the Certified Information Security Manager (CISM) exam, enabling analysts to progress toward a governance-level credential without duplicating experience documentation. Compared to alternatives such as CompTIA Security+ (which is broader and less operationally focused) or CompTIA CySA+ (a close competitor), the CCOA differentiates itself through its mandatory hands-on lab component and ISACA's established enterprise credibility.
5 sample questions with answers and explanations. The full bank has 593 questions, enough for 3 full-length practice exams.
Preview — answers shown1. A penetration tester uses tcpdump to capture only TCP SYN packets during a port scanning assessment. Which tcpdump filter expression accomplishes this objective? (Select one!)
Explanation
The filter expression 'tcp[tcpflags] == tcp-syn' specifically captures TCP packets with only the SYN flag set, which are characteristic of port scan initial probes and connection initiation attempts. This expression uses tcpdump's built-in tcp-syn flag constant. The second option filters for TCP traffic on port 80 but does not isolate SYN packets. The third option uses bit masking but has incorrect syntax (should use != for both conditions). The fourth option uses invalid syntax as tcpdump does not recognize 'syn' and 'ack' as standalone keywords.
2. A threat hunter develops a hypothesis that adversaries may be using WMI (Windows Management Instrumentation) for persistence and lateral movement. Which two data sources would provide the most effective evidence to validate this hypothesis? (Select two!)
Multiple correct answersExplanation
Event IDs 5857-5861 specifically track WMI activity including WMI namespace operations and provider loads, providing direct visibility into WMI usage. Sysmon Event IDs 19-21 monitor WMI event filters, consumers, and filter-to-consumer bindings, which adversaries commonly abuse for persistence. These two sources provide comprehensive WMI monitoring coverage. Event 5156 tracks network connections but not WMI-specific activity. Event 4103 captures PowerShell commands which may invoke WMI but doesn't directly log WMI persistence mechanisms. Event 4720 monitors account creation, unrelated to WMI activity.
3. A security team evaluates access control models for a classified government system handling documents at multiple security levels. The system requires that access permissions are enforced by mandatory security labels and cannot be modified by individual users or data owners. Which access control model meets these requirements? (Select one!)
Explanation
Mandatory Access Control enforces system-level security policies through classification labels like Top Secret, Secret, and Confidential that users cannot override or modify. MAC is specifically designed for environments requiring strict information flow control based on security clearances and data classifications. Discretionary Access Control allows resource owners to grant or revoke permissions at their discretion, violating the requirement that users cannot modify access. Role-Based Access Control assigns permissions based on job roles but does not enforce mandatory security labels or classification-based restrictions. Attribute-Based Access Control evaluates dynamic policies but does not inherently enforce mandatory classification labels that users cannot change.
4. A security architect is implementing defenses against lateral movement attacks in an Active Directory environment. They need to configure a registry key that controls UAC restrictions on local accounts during network logons to prevent Pass-the-Hash attacks. Which registry path should be configured? (Select one!)
Explanation
The LocalAccountTokenFilterPolicy registry key controls User Account Control token filtering for local accounts authenticating over the network. Setting this to 0 (or removing it) applies UAC restrictions that help prevent Pass-the-Hash attacks by filtering local account tokens during network logons. This mitigation should be combined with Windows KB2871997 patch and limiting credential overlap across systems. EnableLUA controls whether UAC is enabled but does not specifically address remote authentication. RestrictAnonymous limits anonymous access to shares. RestrictNullSessAccess controls null session access to named pipes.
5. A threat intelligence analyst is categorizing intelligence feeds for distribution to different stakeholders. Which type of threat intelligence would be MOST appropriate for C-level executives making strategic decisions about cybersecurity investments? (Select one!)
Explanation
Strategic threat intelligence is designed for executive audiences and addresses high-level questions about threat actor motivations, geopolitical influences, industry-specific threat trends, and long-term risk evolution over months to years. This enables informed decisions about security investments, risk acceptance, and business strategy. Technical intelligence (IOCs) is consumed by security tools and SOC analysts for immediate detection. Operational intelligence focuses on specific active campaigns for security teams to respond to current threats. Tactical intelligence covers TTPs for security architects and threat hunters to understand attack techniques. The intelligence type must match the audience's decision-making timeframe and technical depth.
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