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CompTIA CS0-004 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Security Operations	34%	- Indicators of Potential Malicious Activity 1. Identity-based indicators 2. Social engineering attacks 3. Unauthorized configuration 4. Cloud-related indicators 5. Email-related attacks 6. Application-related indicators 7. Host-related indicators 8. Network-related indicators - Artificial Intelligence in Security Operations 1. AI governance 2. AI use cases 3. AI risks - Tools for Determining Malicious Activity 1. Threat intelligence platforms 2. Email analysis 3. User and entity behavior analysis 4. Packet analysis 5. Domain and IP reputation 6. Pattern recognition and suspicious command analysis 7. File formats 8. Sandboxing 9. Log analysis and SIEM 10. Decoding and parsing 11. Endpoint security 12. Programming and scripting languages 13. File analysis - System and Network Architecture in Security Operations 1. Critical infrastructure concepts 2. Operating system concepts 3. Infrastructure and system architecture concepts 4. Device management concepts 5. Logging concepts 6. Encryption techniques 7. Network architecture concepts 8. Data protection concepts 9. Identity and access management - Efficiency and Process Improvement in Security Operations 1. Technology and tool integration 2. Data enrichment 3. Streamline operations 4. Automation and orchestration 5. Standardize processes - Threat Intelligence and Threat Hunting 1. Confidence-level impacts 2. Collection methods and sources 3. Threat actors 4. Cyber deception 5. Indicators of compromise 6. Threat mapping 7. Tactics, techniques, and procedures 8. Threat modeling
Topic 2: Reporting and Communication	16%	- Security Operations and Incident Response Reporting and Communication 1. Shift and incident handover 2. Post-incident reporting 3. Operational security awareness 4. Communication plan 5. Executive summary 6. Internal threat intelligence report 7. Incident declaration and escalation 8. Metrics and key performance indicators - Vulnerability Management Reporting and Communication 1. Compliance findings 2. Risk scorecards 3. Vulnerability scan reports 4. Inhibitors to remediation 5. Stakeholder identification and communication 6. Metrics and key performance indicators 7. Action plans
Topic 3: Incident Response and Management	24%	- Incident Response Techniques 1. Restoration 2. Isolation and escalation 3. Evidence gathering and preservation 4. Alerts, notifications, and triage 5. Playbooks and roles 6. Incident response and communication plans 7. Log collection, correlation, and enrichment 8. Timeline, severity, impact, and prioritization 9. Corrective action development 10. Training and exercises 11. Root cause analysis 12. Remediation and verification - Attack Methodology Frameworks 1. Cyber Kill Chain 2. MITRE ATT&CK 3. Diamond Model of Intrusion Analysis - Incident Response Process 1. Recovery 2. Detection 3. Eradication 4. Analysis 5. Containment 6. Preparation 7. Post-incident activities
Topic 4: Vulnerability Management	26%	- Vulnerability Prioritization and Mitigation 1. Validation of remediation 2. Mitigation strategies 3. Scoring methods 4. Context awareness 5. Vulnerability prioritization criteria - Vulnerability Scanning Methods 1. Discovery 2. Asset inventory 3. Planning considerations 4. Security baseline scanning 5. Scan types - Vulnerability Assessment Tools 1. Cloud infrastructure assessment tools 2. Multipurpose tools 3. Network scanning and mapping 4. Breach attack simulation tools 5. Vulnerability scanners 6. Web application scanners - Control Types, Risks, and Vulnerability Management 1. Application security 2. Control types 3. Risk concepts 4. Third-party risk 5. Risk management strategies 6. Control functions 7. Policies, governance, and service-level objectives

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CompTIA Cybersecurity Analyst (CySA+) Certification Exam Sample Questions (Q14-Q19):

NEW QUESTION # 14
There is an alert coming from the security information and event management system. Which of the following is the first task an analyst should complete?

A. Perform triage activities that will identify the risk.
B. Escalate the issue to the help desk team.
C. Contact the incident coordinator to communicate the vulnerability.
D. Conduct remediation activities within the recovery phase.

Answer: A

Explanation:
The analyst must first validate and triage the alert to determine its severity, scope, and potential impact before escalating or beginning remediation.

NEW QUESTION # 15
A team lead asks an analyst to integrate multiple security tools to provide an enhanced view into data that is not readily available in the tool console.
Which of the following will best meet this requirement?

A. Deploying security orchestration, automation, and response
B. Using playbooks
C. Templating with infrastructure as code
D. Utilizing application programming interfaces

Answer: D

Explanation:
Application programming interfaces (APIs) provide the most direct mechanism for retrieving, exchanging, and integrating information between separate security technologies. A product console normally exposes only the information and workflows chosen by the vendor for its graphical interface. An API can provide programmatic access to underlying alerts, events, asset information, telemetry, configuration objects, or investigation data, allowing an analyst to combine information from multiple systems into a richer analytical view.
CISA describes security-analysis workflows in which integration enables defenders to connect existing analytical tools and automate data-handling processes, while modern security platforms commonly expose APIs specifically to ingest or exchange telemetry.
SOAR can certainly integrate multiple tools, but its primary purpose is orchestration and automation of security workflows. If the requirement is specifically to access and combine information not readily exposed in individual consoles , APIs are the underlying capability most directly suited to retrieving that data.
Infrastructure as code defines and provisions infrastructure through machine-readable templates; it does not primarily aggregate security telemetry. Playbooks establish standardized investigation or response procedures but do not themselves provide interfaces into external product data.
The key phrase is "enhanced view into data." This requires programmatic access and integration rather than merely workflow documentation or automation.
Study Guide Reference: Security Operations # Security Tool Integration # APIs # Data Enrichment # Automation/Orchestration # SOC Process Improvement.

NEW QUESTION # 16
An analyst reviews code for a sensitive application for their company and uploads it to an AI platform.
This application is critical to the company's business operations. Which of the following risks is most important for the analyst to consider?

A. Hallucinations
B. Malicious prompts
C. Model poisoning
D. Data exposure

Answer: D

Explanation:
Uploading sensitive application code to an AI platform creates a significant risk that proprietary or confidential information could be exposed, stored, or used beyond the organization's control.

NEW QUESTION # 17
An analyst performs Nmap scans to determine which hosts may need to be targeted to deploy a critical Windows patch. The patch for the vulnerability is to address a critical security flaw that targets open Server Message Block (SMB) ports on Windows systems only. The analyst scans with the following command:
$sudo nmap -Pn 10.203.10.0/24
The analyst then receives the following output:

Which of the following hosts should the analyst prioritize for patching?

A. 10.203.10.16
B. 10.203.10.12
C. 10.203.10.13
D. 10.203.10.11

Answer: D

Explanation:
10.203.10.11 appears to be a Windows host based on the TTL of 128 and has TCP port 445, the standard SMB port, open.

NEW QUESTION # 18
A Chief Information Security Officer (CISO) evaluates a threat heat map and notices a substantial increase in custom scanning and enumeration activities. The CISO wants to gather as much information as possible about the activities targeting the company to help prioritize mitigations.
Which of the following solutions is the best way to accomplish this goal?

A. Leveraging canary tokens on all production systems to detect valid intrusion attempts
B. Implementing a web application firewall in front of all applications and having it log attacks
C. Subscribing to information-sharing and threat intelligence reports for the industry
D. Configuring a honeypot in a separate environment to gather attacker techniques

Answer: D

Explanation:
A honeypot is the strongest choice because the objective is not merely to block activity but to collect detailed intelligence about how adversaries are scanning, enumerating, and interacting with the organization. A properly isolated honeypot deliberately presents an attractive target while allowing defenders to observe attacker behavior without exposing legitimate production assets.
The resulting telemetry can reveal source infrastructure, targeted services, enumeration sequences, exploit attempts, command patterns, tools, payloads, and potentially broader TTPs. MITRE D3FEND defines a decoy environment as hosts and networks established specifically to deceive an attacker, and describes honeypots as decoy network resources that can expose an attacker's potential intent and strategy.
Canary tokens are valuable high-confidence tripwires but generally provide narrower detection evidence.
Threat-intelligence subscriptions provide external intelligence and may help with prioritization, yet they will not provide the same organization-specific visibility into actors actively interacting with the company's exposed environment. A WAF can log web attacks and block malicious requests, but its visibility is primarily limited to web application traffic.
Study Guide Reference: Security Operations # Threat Intelligence # Threat Hunting # Deception Technologies # Honeypots/Honeynets # Adversary TTP Collection.

NEW QUESTION # 19
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