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Palo Alto Networks Certified Cybersecurity Apprentice

CYBERSECURITY-APPRENTICEPANW Cybersecurity Apprentice

The Palo Alto Networks Certified Cybersecurity Apprentice certification validates foundational knowledge of cybersecurity, networking, endpoint security, cloud security, security operations, and identity security. Designed for students, career changers, and non-technical professionals, it provides a credible entry point into the cybersecurity field. Earning it demonstrates that you understand core security concepts and are ready to build on them.

911 practice questions · Updated 2026-07-30

7Domains
39Objectives
201Concepts
911Questions

CYBERSECURITY-APPRENTICE Curriculum

Every domain, objective, and concept the CYBERSECURITY-APPRENTICE exam measures.

  1. Vulnerability Definition
  2. Exploit Definition
  3. Common Vulnerability Types
  4. Exploit Categories
  5. Vulnerability Lifecycle
  6. Zero-Day Vulnerabilities
  1. Cyber Attack Lifecycle Overview
  2. Reconnaissance
  3. Weaponization
  4. Delivery
  5. Exploitation
  6. Installation
  7. Command and Control (C2)
  8. Actions on Objectives
  1. Malware types
  2. Insider threats
  3. Command and control (C2)
  4. Social engineering
  5. AI-powered attacks
  1. End User Awareness
  2. Security Updates
  3. Antivirus Software
  4. Intrusion Prevention Systems
  5. Firewalls
  6. Layered Defense Strategy

1.6 Explain the concept of Zero Trust

3 concepts · 21 questions
  1. Zero Trust Definition
  2. Zero Trust Architecture
  3. Zero Trust Implementation

  1. LAN (Local Area Network)
  2. WAN (Wide Area Network)
  3. SD-WAN (Software-Defined WAN)
  4. Comparison of LAN, WAN, and SD-WAN
  1. North-South Traffic Definition
  2. East-West Traffic Definition
  3. Traffic Flow Patterns in Traditional Data Centers
  4. Traffic Flow Patterns in Virtualized and Cloud Environments
  5. Security Implications of North-South Traffic
  6. Security Implications of East-West Traffic
  7. Traffic Flow Monitoring and Visibility
  1. Definition of default gateway
  2. Purpose of default gateway
  3. Default gateway in IP configuration
  4. Routing decision process
  5. Default gateway vs. routing table
  6. Troubleshooting default gateway issues
  1. NAT Function
  2. NAT Types
  3. DNS Function
  4. DNS Record Types
  5. DHCP Function
  6. DHCP Process
  1. Routed protocols
  2. Routing protocols
  3. Difference between routed and routing protocols
  4. Common routed protocols
  5. Common routing protocols
  1. TCP/IP model layers
  2. OSI model layers
  3. Comparison of TCP/IP and OSI models
  4. Encapsulation and de-encapsulation
  5. Protocol examples per layer
  1. Layer 1 devices
  2. Layer 2 devices
  3. Layer 3 devices
  4. Layer 4 devices

  1. IP subnetting
  2. VLANs
  3. Zones
  4. Comparison of segmentation methods
  1. Stateful Firewall Operation
  2. State Table and Connection Tracking
  3. Stateless vs. Stateful Filtering
  4. Next-Generation Firewall (NGFW) Features
  5. Application Awareness and Control
  6. User and Group Identification
  7. Integrated Threat Prevention
  8. NGFW vs. Traditional Firewall
  1. URL Filtering Function
  2. VPN Function
  3. Proxy Function
  1. SSH tunneling
  2. TLS tunneling
  3. IKE tunneling
  1. Define Data Loss Prevention (DLP)
  2. Identify Types of Sensitive Data
  3. Describe DLP Detection Methods
  4. Explain DLP Enforcement Actions
  5. Differentiate DLP Deployment Modes
  6. Relate DLP to Compliance and Policy
  1. Enterprise browser definition
  2. Security features of enterprise browsers
  3. Integration with security infrastructure
  4. Management and policy controls
  5. Benefits and use cases

  1. IoT device definition
  2. IoT endpoint characteristics
  3. IoT device categories
  4. IoT security challenges
  5. IoT in enterprise environments
  1. Define endpoint security objectives
  2. Identify endpoint security components
  3. Explain endpoint security benefits
  4. Recognize endpoint security challenges
  1. Security Updates
  2. Antivirus Software
  3. Host-Based Firewalls

  1. Cloud Deployment Models Overview
  2. Public Cloud Model
  3. Private Cloud Model
  4. Hybrid Cloud Model
  5. Community Cloud Model
  1. Definition of Cloud Service Models
  2. Software as a Service (SaaS)
  3. Platform as a Service (PaaS)
  4. Infrastructure as a Service (IaaS)
  5. Network as a Service (NaaS)
  6. Comparison of Service Models
  7. Shared Responsibility Model
  1. Cloud Shared Responsibility Model Overview
  2. Provider vs. Customer Responsibilities
  3. Responsibility by Service Model
  4. Palo Alto Networks in Shared Responsibility
  1. Hosted
  2. Virtualization
  3. Virtual Machine
  4. Container
  5. Microservice
  6. API
  1. CNSP Definition and Purpose
  2. CNSP Core Components
  3. CNSP vs Traditional Security
  4. CNSP Integration with Cloud Environments
  5. CNSP Benefits and Use Cases
  1. CI/CD Definition
  2. CI/CD Pipeline Stages
  3. Benefits of CI/CD
  4. CI/CD in Cloud Security

  1. Identify/Detect
  2. Investigate
  3. Mitigate
  4. Improve
  1. Automation and AI in SOC
  2. Collaboration and Information Sharing
  3. Regular Security Policy Updates
  4. Security Framework Alignment
  1. Event
  2. Alert
  3. Security Operations Center (SOC)
  4. DevSecOps
  5. Incident Response Plan
  6. Disaster Recovery Plan
  1. Definition of false positive alerts
  2. Definition of false negative alerts
  3. Causes of false positives
  4. Causes of false negatives
  5. Impact of false positives
  6. Impact of false negatives
  7. Balancing false positives and false negatives

6.5 Explain the function of syslog

6 concepts · 21 questions
  1. Syslog fundamentals
  2. Syslog message format
  3. Syslog facilities and severities
  4. Syslog transport and ports
  5. Syslog in security operations
  6. Configuring syslog
  1. SOAR definition and purpose
  2. SIEM definition and purpose
  3. Key differences between SOAR and SIEM
  4. SOAR components and capabilities
  5. SIEM components and capabilities
  6. Integration of SOAR and SIEM
  7. Use cases for SOAR and SIEM
  1. AI in alert analysis
  2. AI-driven alert triage
  3. Machine learning models for alerts
  4. Benefits of AI in alert analysis
  5. Limitations and challenges

  1. Identity lifecycle management
  2. Single-factor authentication
  3. Multifactor authentication
  4. Single sign-on (SSO)
  5. Federation
  6. Directory services
  7. Role-Based Access Control (RBAC)
  1. Credential vaulting
  2. Credential rotation
  3. Session monitoring
  4. Session isolation
  5. Session recording
  6. Least privilege
  7. Just-in-time (JIT) access
  1. Certificate Authorities (CAs)
  2. Trust Chains
  3. Public and Private Key Pairs
  4. Encryption with Key Pairs
  5. Digital Signatures
  1. Application Secrets
  2. Secrets Management Fundamentals
  3. CI/CD Pipelines and Secrets
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Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for CYBERSECURITY-APPRENTICE, so none is invented.