PALO ALTO NETWORKSPalo Alto Networks Certified Security Operations Professional
The Palo Alto Networks Certified Security Operations Professional certification validates the knowledge, understanding, and job-ready skills required for basic application of the Palo Alto Networks Cortex portfolio of solutions and related technologies in a security operations center (SOC). It is designed for current or aspiring security operations administrators, analysts, incident responders, and threat researchers. Earning this credential demonstrates your ability to work effectively with Cortex products to detect, investigate, and respond to threats, making you more competitive in the cybersecurity job market.
521 practice questions · Updated 2026-07-30
5Domains
19Objectives
131Concepts
521Questions
SECURITY-OPERATIONS-PROFESSIONAL Curriculum
Every domain, objective, and concept the SECURITY-OPERATIONS-PROFESSIONAL exam measures.
- User Roles in Cortex XDR
- Role-Based Access Control (RBAC)
- Log Management Fundamentals
- Compliance Requirements
- Data Protection in Cortex XDR
- Integration of Users, Roles, Logs, Compliance, and Data Protection
- Report creation
- Dashboard creation
- Report management
- Dashboard management
- Data visualization
- Scheduling and sharing
- SOC Roles and Responsibilities
- SOC Organizational Structure
- SOC Tools and Technologies
- SOC Analytics and Detection
- SOC Processes and Workflows
- Definition of AI in security operations
- Definition of ML in security operations
- Relationship between AI and ML
- Key differences in approach
- Use cases of AI in security operations
- Use cases of ML in security operations
- Practical implications for security analysts
- NIST Incident Response Lifecycle Overview
- Preparation Phase
- Detection and Analysis Phase
- Containment, Eradication, and Recovery Phase
- Post-Incident Activity Phase
- Incident Management Lifecycle
- Incident Response Roles and Responsibilities
- Incident Classification and Prioritization
- Incident Detection and Reporting
- Incident Triage and Initial Assessment
- Containment, Eradication, and Recovery Strategies
- Communication and Coordination During Incidents
- Post-Incident Activities and Lessons Learned
- Threat Intelligence Definition and Types
- Threat Intelligence Lifecycle
- Indicators of Compromise (IOCs)
- Threat Intelligence Sources and Feeds
- Integrating Threat Intelligence into Incident Response
- Threat Intelligence Sharing and Collaboration
- Threat Intelligence Analysis and Enrichment
- Threat Intelligence in Proactive Defense
- Case categorization
- Case prioritization
- Categorization and prioritization relationship
- Categorization schemes
- Prioritization frameworks
- Impact on incident response
- File indicators
- IP address indicators
- Domain indicators
- URL indicators
- Indicator types in Cortex products
- WildFire Overview
- WildFire Analysis Process
- WildFire Submission Methods
- WildFire Verdicts
- Unit 42 Overview
- Unit 42 Intelligence Sources
- Unit 42 Integration
- VirusTotal Overview
- VirusTotal Features
- VirusTotal Limitations
- Comparison of Services
- Use Cases
- Define security case classifications
- Identify false positive cases
- Identify false negative cases
- Identify true positive cases
- Evaluate security case outcomes
- Indicator Types
- Threat Hunting Process
- Data Sources for Hunting
- Search Techniques
- Correlation and Analysis
- Documentation and Reporting
- Cortex XDR Sensors
- Log Stitching
- Causality View
- WildFire Integration
- Detection and Response Mechanisms
- Behavioral Analytics
- Data Sources in Investigations
- Users, Artifacts, and Assets in Investigations
- Agent deployment methods
- Agent installation prerequisites
- Agent configuration and policy assignment
- Agent lifecycle management
- Cloud workload deployment
- Agent health and monitoring
- Cortex XDR vs. EDR: Core Differences
- Data Collection and Visibility
- Correlation and Detection Capabilities
- Investigation and Response Workflow
- Use Case: Advanced Threat Detection
- Use Case: Cloud and Network Security
- Use Case: Reducing Tool Complexity
- Use Case: Automated Response and Orchestration
- Use Case: Compliance and Reporting
- Decision Factors for Adoption
- Marketplace
- Playbooks
- Third-party system integration
- Indicators and feeds in TIM
- War Room
- Case investigation
- Definition of scripts
- Definition of jobs
- Key differences between scripts and jobs
- Use cases for scripts
- Use cases for jobs
- Sensor deployment and data collection
- Sensor types and integration
- Log stitching concept
- Log stitching process
- Automations and integrations overview
- Integration types and configuration
- Content packs purpose
- Content pack management
- Playbooks overview
- Playbook creation and execution
- Data ingestion
- Key investigation artifacts and assets
- Threat management, detection, and response
- Threat hunting and investigation searches and queries
- Indicators of compromise (IOCs)
- Behavioral indicators of compromise (BIOCs)
- Correlations
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Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for SECURITY-OPERATIONS-PROFESSIONAL, so none is invented.