
EC-Council SOC Essentials
The EC-Council SOC Essentials (SCE) certification is your entry point into security operations. Designed for aspiring security professionals, freshers, and career switchers, it builds foundational knowledge of networks, cyber threats, SOC architecture, and incident response. With hands-on labs and a capstone project, you'll validate practical skills and earn a globally recognized credential that signals readiness for SOC roles.
1688 practice questions · Updated 2026-07-30
8Domains
39Objectives
252Concepts
1688Questions
SCE Curriculum
Every domain, objective, and concept the SCE exam measures.
- TCP/IP Model Layers
- OSI Model Layers
- Mapping TCP/IP to OSI
- Protocols at Each Layer
- Data Encapsulation and Decapsulation
- Comparison of TCP/IP and OSI
- Network Topology Types
- Topology Selection Criteria
- Network Hardware Components
- Hardware Deployment and Configuration
- Network security controls overview
- Firewalls
- Intrusion Detection Systems (IDS)
- Intrusion Prevention Systems (IPS)
- Unified Threat Management (UTM)
- Next-Generation Firewalls (NGFW)
- Virtual Private Networks (VPN)
- Network Access Control (NAC)
- Security Information and Event Management (SIEM)
- Web and Email Security Gateways
- Load Balancers and DDoS Protection
- Honeypots and Honeynets
- Security Zones and DMZ
- Placement of Security Devices
- Windows Security Architecture
- Windows Authentication and Authorization
- Windows Security Policies and Group Policy
- Windows Auditing and Logging
- Windows Defender and Built-in Security Tools
- Unix/Linux Security Architecture
- Unix/Linux Authentication and PAM
- Unix/Linux File Permissions and Access Control
- Unix/Linux Security Hardening
- Unix/Linux Auditing and Logging
- Unix/Linux Security Tools
- HTTP/HTTPS fundamentals
- Web application architecture
- Client-side technologies
- Server-side technologies
- Web APIs and data exchange
- Session management and cookies
- Common web vulnerabilities
- Web application security controls
- Overview of Information Security Standards
- Key Information Security Laws
- Information Security Acts and Regulations
- Compliance and Governance
- Threat Intent
- Threat Motive
- Threat Goal
- Relationship Between Intent, Motive, and Goal
- Define TTPs
- Distinguish TTP components
- Apply TTPs in threat analysis
- Use TTPs for detection and response
- Network-based attacks
- Application-based attacks
- Host-based attacks
- Insider attack definition
- Types of insider threats
- Motivations and indicators
- Impact and mitigation
- Malware types
- Malware delivery mechanisms
- Malware detection and prevention
- Phishing techniques
- Phishing indicators
- Phishing prevention
- Social engineering principles
- Social engineering attack vectors
- Social engineering mitigation
- Definition of a SOC
- Purpose of a SOC
- Importance of a SOC
- Core functions of a SOC
- SOC vs. other security teams
- Value of a SOC to the organization
- SOC Team Structure
- SOC Roles and Functions
- Incident Response Roles
- Collaboration and Communication
- Shift Operations and Handover
- Define SOC KPIs
- Define SOC metrics
- Apply SOC KPIs and metrics
- Explain SOC maturity models
- Use maturity models for assessment
- SOC Workflow Overview
- SOC Processes
- SOC Challenges
- Define SOC roles and responsibilities
- Describe SOC processes and workflows
- Identify SOC technologies and tools
- Explain the integration of people, process, and technology in SOC operations
- SOC Architecture Overview
- SOC Components
- SOC Infrastructure Layers
- Data Collection and Aggregation
- Security Information and Event Management (SIEM)
- Threat Intelligence Integration
- Incident Response Workflow
- SOC Tools and Technologies
- SOC Metrics and KPIs
- SOC Maturity Model
- SIEM Definition and Purpose
- Core SIEM Functions
- SIEM Data Sources
- SIEM Architecture Components
- SIEM Deployment Models
- Log Collection and Normalization
- Correlation and Alerting
- SIEM Storage and Retention
- SIEM Use Cases
- SIEM deployment models
- Data sources for SIEM
- Log collection and normalization
- Integration with security tools
- Endpoint data sources
- Network data sources
- Data ingestion into SIEM
- Correlation of endpoint and network data
- Define events, incidents, and logs
- Identify sources of logs
- Explain the role of logs in incident detection
- Differentiate events from incidents
- Understand log formats and standards
- Identify typical log sources
- Recognize log formats
- Understand log structure
- Categorize log types
- Define local log management
- Define centralized log management
- Compare local vs. centralized log management
- Identify use cases for local log management
- Identify use cases for centralized log management
- Explain benefits of centralized log management
- Explain challenges of centralized log management
- Explain benefits of local log management
- Explain challenges of local log management
- Logging Best Practices Overview
- Log Content and Structure
- Log Retention and Storage
- Log Integrity and Security
- Log Monitoring and Alerting
- Log Management Lifecycle
- Logging fundamentals
- Log sources and types
- Log formats and standards
- Log collection and aggregation
- Log storage and retention
- Log analysis and correlation
- Log management tools
- Log management best practices
- SIEM use case definition
- Use case development process
- Threat modeling for use cases
- Data source mapping
- Use case logic and correlation rules
- Use case testing and validation
- Use case tuning and optimization
- Use case documentation and maintenance
- Correlation rule fundamentals
- Correlation rule components
- Correlation rule creation
- Correlation rule tuning
- Dashboard design principles
- Dashboard widgets and visualizations
- Dashboard customization
- Report generation
- Report scheduling and distribution
- Report interpretation
- Alert Generation
- Alert Severity and Priority
- Alert Categorization
- Triage Process
- Alert Enrichment
- False Positive Reduction
- Escalation Procedures
- Documentation and Reporting
- Definition of false positive alerts
- Causes of false positives
- Impact of false positives
- False positive tuning
- False positive triage
- Documentation and feedback
- Incident escalation triggers
- Escalation levels and hierarchy
- Escalation procedures and communication
- Ticketing system fundamentals
- Ticket lifecycle and states
- Ticket prioritization and categorization
- Ticket documentation and data entry
- Integration of escalation and ticketing
- Threat Intelligence Sources
- Types of Threat Intelligence
- Threat Intelligence Lifecycle
- Threat Intelligence Feeds
- Threat Intelligence Platforms (TIPs)
- Feed Integration and Automation
- Evaluating Feed Quality and Relevance
- Operational Use of Threat Intelligence
- Define threat intelligence
- Identify types of threat intelligence
- Describe the threat intelligence lifecycle
- Explain the role of threat intelligence in SOC
- Integrate threat intelligence with SOC tools
- Use threat intelligence for proactive hunting
- Threat Hunting Fundamentals
- Threat Hunting Methodologies
- Threat Hunting Process
- Hypothesis Generation
- Data Sources and Collection
- Hunting Techniques
- Tools and Automation
- Analysis and Validation
- Documentation and Reporting
- Threat Intelligence Sources
- Threat Intelligence Lifecycle
- Indicators of Compromise (IOCs)
- Tactics, Techniques, and Procedures (TTPs)
- Threat Intelligence Integration
- Hypothesis-Driven Hunting
- Correlating Intelligence with Telemetry
- Validation and Enrichment
- Threat Hunting Feedback Loop
- Incident handling phases
- Preparation phase
- Identification phase
- Containment phase
- Eradication phase
- Recovery phase
- Lessons Learned phase
- Incident handling documentation
- Incident classification criteria
- Incident classification categories
- Incident prioritization factors
- Prioritization frameworks
- Incident triage process
- Escalation procedures
- Incident Response Lifecycle Phases
- Preparation Phase
- Identification Phase
- Containment Phase
- Eradication Phase
- Recovery Phase
- Lessons Learned Phase
- Post-incident analysis purpose
- Root cause analysis techniques
- Lessons learned documentation
- Incident report structure
- Stakeholder communication
- Continuous improvement integration
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Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for SCE, so none is invented.