Pass Guaranteed Quiz CompTIA - CS0-004 - CompTIA Cybersecurity Analyst (CySA+) Certification Exam High Hit-Rate Exam Prep

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CompTIA CS0-004 Exam Syllabus Topics:

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

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CompTIA Cybersecurity Analyst (CySA+) Certification Exam Sample Questions (Q56-Q61):

NEW QUESTION # 56
An analyst is assigned to a new cybersecurity improvement project. The analyst wants to better understand the workflow processes and the skill set of the cybersecurity engineers on this task force. The analyst sets up a recurring, weekly conference call. Which of the following best describes the purpose for the conference call?

A. To manage and facilitate team coordination
B. To respond to customer requirements
C. To create vendor information sessions
D. To conduct incident response training

Answer: A

Explanation:
A recurring team call supports information sharing, workflow alignment, role awareness, and coordination among the cybersecurity engineers.

NEW QUESTION # 57
A security analyst runs an Nmap scan against a host with multiple open ports using the following command:
nmap 10.10.10.1 -p-
The following output is obtained after the scan:
Starting Nmap 7.95 ( https://nmap.org ) at 2025-07-15 15:55 UTC
Note: Host seems down.
Nmap done: 1 IP address (0 hosts up) scanned in 3.16 seconds
Which of the following is the most accurate way to scan the target IP for open ports?

A. nmap -p- -Pn 10.10.10.1
B. nmap 10.10.10.1/24 -p- -R -O --script=ssl-enum-ciphers
C. nmap -sn -p- 10.10.10.1
D. nmap 10.10.10.1 -p80,443,445,9999,135,22,21 -b --traceroute

Answer: A

Explanation:
-Pn skips host discovery and treats the target as online, which is necessary when ping probes are blocked. -p- scans all TCP ports.

NEW QUESTION # 58
A cybersecurity analyst requests a paid subscription to a threat intelligence feed relevant to a company's industry.
Which of the following best describes this type of feed?

A. Threat mapping
B. Threat modeling
C. Closed-source intelligence
D. Open-source intelligence

Answer: C

Explanation:
A paid, subscription-based threat intelligence service is best classified as closed-source intelligence because access is restricted to authorized subscribers rather than being freely available to the public. Commercial threat-intelligence providers typically collect, analyze, correlate, and curate indicators and adversary information before distributing that intelligence through authenticated portals, APIs, or feeds.
NIST identifies several external intelligence-source categories, including open-source repositories, commercial threat feeds, and external information-sharing partners . A commercial feed relevant to a company's specific industry may provide higher-context intelligence regarding threat actors, infrastructure, malware, vulnerabilities, campaigns, and indicators affecting that vertical.
OSINT, by contrast, originates from publicly accessible sources and normally does not require restricted subscription access. Threat mapping is the activity of associating adversary behavior or intelligence with infrastructure, campaigns, frameworks, or organizational assets. Threat modeling is a structured process used to identify potential threats and weaknesses in systems or applications; it is not an intelligence-source classification.
The examination clue is "paid subscription." Restricted commercial access distinguishes the feed from publicly obtainable OSINT.
Study Guide Reference: Security Operations # Threat Intelligence # Intelligence Sources # Open-Source Intelligence # Closed/Commercial Intelligence # Industry-Specific Threat Feeds.

NEW QUESTION # 59
Which of the following network architectures would best implement a perimeter-less network topology?

A. Secure access service edge
B. Cloud-native computing
C. Hybrid cloud networks
D. Content delivery networks

Answer: A

Explanation:
Secure access service edge is specifically designed for environments in which users, devices, applications, and workloads are distributed beyond a traditional enterprise network perimeter. SASE integrates networking and security functions into a service-oriented architecture so policy enforcement can follow the user or workload rather than depend solely on traffic traversing a centralized corporate boundary.
This makes SASE particularly suitable for a perimeter-less topology , where employees may work remotely, applications may reside in multiple cloud providers, and services may be accessed directly over the internet.
Typical SASE implementations combine software-defined wide-area networking with cloud-delivered security controls such as secure web gateways, cloud access security brokerage, firewall-as-a-service, and Zero Trust-oriented access controls.
A hybrid cloud network connects private and public cloud resources but can still operate using conventional network boundaries. Cloud-native computing describes an application and infrastructure design approach based on cloud technologies such as containers, microservices, and automation; it does not inherently define perimeter-less access security. A content delivery network distributes content geographically for performance and availability and is not an enterprise access-security architecture.
The CS0-004 Security Operations objectives explicitly identify SASE, Zero Trust Network Architecture, and hybrid cloud as network architecture concepts analysts must understand.
Study Guide Reference: Security Operations # Network Architecture Concepts # SASE # Zero Trust Network Architecture # Distributed/Cloud Security.

NEW QUESTION # 60
A vulnerability analyst must perform a security assessment on an edge device running various services.
The analyst runs an Nmap port scan and sees the following output:

Which of the following should the analyst do next to validate the discovered remote access service is secure?

A. Verify that the Border Gateway Protocol (BGP) route has been published.
B. Verify that the web server can be pinged.
C. Verify that the virtual private network (VPN) service is utilizing Main Mode.
D. Verify that the web server certificate is added to certificate store.

Answer: C

Explanation:
The relevant follow-up is to assess the security configuration of the discovered VPN/IKE remote-access service , making option C the appropriate examination answer. Internet Key Exchange supports different negotiation modes, and Nmap includes specific capabilities for assessing IKE services. Nmap's ike-version script probes UDP port 500 and tests both Main and Aggressive Mode while identifying supported transforms and vendor characteristics.
Nmap's IKE library likewise explicitly supports generating either Main Mode or Aggressive Mode requests, enabling analysts to characterize the configuration of an exposed VPN endpoint. The security concern traditionally associated with this distinction is that Aggressive Mode exposes more negotiation information and has historically enabled offline attacks in some pre-shared-key configurations; Main Mode provides stronger identity protection during IKEv1 negotiation.
The other choices do not validate the security of the remote-access service. A web-server certificate is relevant to TLS-enabled HTTP services, BGP route publication relates to network routing, and ICMP ping only demonstrates basic reachability.
The analyst should therefore move from port discovery to service-specific configuration validation .
Study Guide Reference: Vulnerability Management # Nmap # Service Enumeration # VPN/IKE # UDP 500
# Main Mode/Aggressive Mode # Configuration Validation.

NEW QUESTION # 61
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