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CompTIA CS0-004 Exam Syllabus Topics:

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

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CompTIA Cybersecurity Analyst (CySA+) Certification Exam Sample Questions (Q43-Q48):

NEW QUESTION # 43
A new security operations center (SOC) manager joins a team that struggles to meet service- level agreements (SLAs). The alert backlog continues to increase daily. Which of the following will the manager most likely need to do?

A. Enhance the customer service response.
B. Upgrade threat intelligence.
C. Automate escalation.
D. Improve the triage processes.

Answer: D

Explanation:
Efficient triage prioritizes alerts by severity and risk, reduces time spent on low-value alerts, and helps the SOC process its backlog within SLA requirements.

NEW QUESTION # 44
During a routine review of DNS logs, a security analyst observes that Host X has been making frequent DNS requests to domains with random alphanumeric strings (e.g.. atd8ekthj.xyz). IPS anomaly rules are blocking these domains. This behavior started shortly after a new software Installation on the host. Which of the following should the analyst do first to determine whether Host X has been compromised?

A. Use threat intelligence to check if the queried domains are associated with legitimate sites.
B. Allow the domains because the DNS requests are part of a misconfigured software update.
C. Check the software installation logs for errors and reinstall the software.
D. Block all outbound connections from the host to prevent further DNS queries.

Answer: A

Explanation:
Random, algorithmically generated domain names are a common indicator of malware using domain generation algorithms (DGAs). Checking the queried domains against threat intelligence is the fastest way to confirm whether they are malicious and whether the host is likely compromised.

NEW QUESTION # 45
An analyst needs to perform a baseline security evaluation of the company's cloud infrastructure.
Which of the following tools is most appropriate for this task?

A. Nikto
B. ScoutSuite
C. Open Vulnerability Assessment Scanner (OpenVAS)
D. Metasploit

Answer: B

Explanation:
ScoutSuite is specifically designed for security posture assessment of cloud environments, making it the best tool for establishing a cloud-security baseline. NCC Group describes ScoutSuite as an open-source, multi- cloud security-auditing tool that uses cloud-provider APIs to collect configuration information and identify risk areas across cloud environments.
This capability is fundamentally different from conventional host or web vulnerability scanning. A cloud baseline requires evaluation of configurations such as identity permissions, storage exposure, network controls, encryption settings, logging, cloud-native security services, and resource policies. ScoutSuite queries the cloud control plane and produces an organized view of configuration weaknesses that can be compared with security expectations.
OpenVAS is primarily a general-purpose vulnerability-assessment scanner for systems and network services.
Nikto concentrates on web-server weaknesses and dangerous configurations. Metasploit is primarily an exploitation and penetration-testing framework. Although each has legitimate assessment uses, none is as directly suited to broad cloud configuration posture assessment as ScoutSuite.
The critical examination distinction is cloud configuration auditing versus traditional vulnerability scanning or exploitation .
Study Guide Reference: Vulnerability Management # Cloud Vulnerability Assessment # Configuration Baselines # ScoutSuite # Cloud APIs # Security Posture Assessment # Misconfiguration Identification.

NEW QUESTION # 46
Which of the following explains why a company might reprioritize a vulnerability score? (Choose two.)

A. Threat intelligence
B. Patch availability
C. Public relations
D. Unexpected outage
E. Alert volume
F. System criticality

Answer: A,F

Explanation:
System criticality is a key factor in risk-based vulnerability management. A vulnerability affecting a mission-critical asset may be prioritized higher than its base score suggests because of the potential business impact.
Threat intelligence can also change prioritization by providing information about active exploitation, exploit availability, or attacker interest. Vulnerabilities being actively targeted in the wild are often remediated sooner regardless of their original severity score.

NEW QUESTION # 47
A binary file that might contain malicious code is hosted on an isolated machine. An analyst wants to quickly detect the malicious code.
Which of the following should the analyst use?

A. WHOIS
B. VirusTotal
C. Yet Another Recursive Acronym (YARA)
D. strings

Answer: C

Explanation:
YARA is specifically designed to identify and classify suspicious or malicious files through pattern-based rules . A YARA rule can contain textual strings, hexadecimal byte sequences, regular expressions, metadata, file characteristics, and Boolean conditions. This makes YARA particularly effective when an analyst already has a binary specimen on an isolated analysis system and needs to determine whether it contains patterns associated with malware.
The official YARA documentation describes YARA as a tool for helping malware researchers identify and classify malware samples using textual and binary patterns. Rules consist primarily of strings and logical conditions that determine whether a file matches the defined characteristics.
The strings utility can reveal printable characters embedded within a binary and is useful during preliminary static analysis, but it does not itself classify the file against structured malware-detection signatures.
VirusTotal can perform multi-engine analysis, but submitting a potentially sensitive binary from an isolated environment to an external service may be inappropriate and is unnecessary when local YARA detection is available. WHOIS provides registration information about internet resources and has no direct binary- malware detection capability.
Study Guide Reference: Security Operations # Malware Analysis # Static Analysis # YARA # Signature and Pattern Matching # Binary/File Analysis.

NEW QUESTION # 48
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