PCNSE Certification Training Live Course
Learn PCNSE Certification Course with Live Online Training by industry experts that provides expertise in Palo Alto network security. Enroll Now!
in Palo AltoWhat you will learn?
Palo Alto Networks architecture and components
Security policies and network traffic management
You will learn about virtualization and high availability
Real time experience in threat prevention and content filtering
Hands-on knowledge on VPN configurations and troubleshooting
Panorama management and logging
You will get best practices for security deployment
About this course
PALO ALTO PCNSE INSTRUCTOR-LED LIVE TRAINING
The Palo Alto Networks Certified Network Security Engineer (PCNSE) live training course is designed to provide you knowledge and skills required to excel in network security using Palo Alto Networks technology.
This PCNSE Training is fully focused on preparing you for job roles in network security, cyber security, and certification exam preparation.
If you are new to the network security field, don't worry. You may also learn this Palo Alto course to make your career in network security.
The PCNSE Course is a combination of theoretical concepts with hands-on practical exercises.
Each module in the course focuses on a different area of Palo Alto Networks technology and network security.
You will explore topics such as Palo Alto Networks architecture, security policies, threat prevention, VPN configurations, and more.
You will get a thorough understanding of the Palo Alto Networks platform and discover how to deploy, configure, administer and troubleshoot.
To offer you hands-on skills and knowledge, I will provide you the labs for practices (unlimited virtual lab), workbook, PCNSE training recorded videos, and training support.
To get more technical help you may join our Forum platform where experts from different technologies are available.
PCNSE Certification Course Highlights
Participate in engaging live training sessions online | Benefit from 24/7 access to a full-time PCNSE Course virtual lab |
Access extensive study materials, including lab workbooks and videos | Engage actively in a dedicated forum with continuous course support |
Utilize limited one-to-one doubt-clearing sessions | Obtain a completion certificate and engage in quizzes throughout the course |
"Palo Alto: Elevate Security"
As many of you know PCNSE stands for Palo Alto Networks Certified Network Security Engineer.
It is a highly respected certification in IT industry that validates your expertise in deploying and managing Palo Alto Networks solutions effectively in organizations.
Gaining PCNSE certification increases your professional reputation in the field by demonstrating your proficiency in designing and implementing network security solutions utilizing Palo Alto Networks technology.
Why Should You Learn PCNSE Course
PCNSE Course Pre-requisite
Who Should Learn Palo Alto PCNSE Course
This course is ideal for:
✓ Network security engineers
✓ System engineers
✓ Systems integrators
✓ Support engineers
Associated PCNSE Certifications and Exam
This course is associated with Palo Alto PCNSE certification exam. See below:
Associated Certification | Palo Alto Networks Certified Network Security Engineer (PCNSE) |
Exam code | PCNSE |
Exam Duration | 80 Minutes |
Exam Cost | 160 USD + Tax |
Language | English & Japanese |
Suggested by top companies
Top companies suggest this course to their employees and staff.
Requirements
You should have basic understanding of networking concepts
Basic level knowledge for TCP/IP, firewalls, and network protocols
You should have basic level of knowledge on security principles
FAQ
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I will cover
Security components
Firewall components
Panorama components
PAN-OS subscriptions and the features they enable
Plug-in components
Heatmap and BPA reports
Artificial intelligence operations (AIOps)/Telemetry
IPv6
Internet of things (IoT)
I will cover
Determine and assess appropriate interface or zone types for various environments
Layer 2 interfaces
Layer 3 interfaces
Virtual wire (vwire) interfaces
Tap interfaces
Subinterfaces
Tunnel interfaces
Aggregate interfaces
Loopback interfaces
Decrypt mirror interfaces
VLAN interfaces
I will cover
Risks and implications of enabling decryption
Use cases
Decryption types
Decryption profiles and certificates
Create decryption policy in the firewall
Configure SSH Proxy
I will cover
Methods of building user-to-IP mappings
Determine if User-ID agent or agentless should be used
Compare and contrast User-ID agents
Methods of User-ID redistribution
Methods of group mapping
Server profile & authentication profile
I will cover
Purpose of, and use case for, the Authentication policy
Dependencies
Captive portal versus GlobalProtect (GP) client
I will cover
Differentiate between the fundamental functions that reside on the management plane and data plane
I will cover
User-ID hub
Inter-vsys routing
Service routes
Administration
I will cover
Interface management profile
SSL/TLS service profile
I will cover
Custom configuration of different Security profiles and Security profile groups
Relationship between URL filtering and credential theft prevention
Use of username and domain name in HTTP header insertion
DNS Security
How to tune or add exceptions to a Security profile
Compare and contrast threat prevention and advanced threat prevention
Compare and contrast URL Filtering and Advanced URL Filtering
I will cover
Customized values versus default settings
Classified versus aggregate profile types
Layer 3 and Layer 4 header inspection
I will cover
Advanced high availability (HA) deployments
HA pair
Zero Touch Provisioning (ZTP)
Bootstrapping
I will cover
Configure authorization, authentication, and device access
Role-based access control for authorization
Different methods used to authenticate
The authentication sequence
The device access method
I will cover
Usage
Profiles
Chains
I will cover
Dynamic routing
Redistribution profiles
Static routes
Path monitoring
Policy-based forwarding
Virtual router versus logical router
I will cover
NAT policy rules
Security rules
Source NAT
No NAT
Use session browser to find NAT rule name
U-Turn NAT
Check HIT counts
I will cover
IPSec components
Static peers and dynamic peers for IPSec
IPSec tunnel monitor profiles
IPSec tunnel testing
Generic Routing Encapsulation (GRE)
One-to-one and one-to-many tunnels
Determine when to use proxy IDs
I will cover
Default
Custom
Destination
Custom routes for different vsys versus destination routes
How to verify service routes
I will cover
Enablement requirements
QoS policy rule
Add DSCP/TOS component
QoS profile
Determine how to control bandwidth use on a per-application basis
Use QoS to monitor bandwidth utilization
I will cover
Create security rules with App-ID
Convert port and protocol rules to App-ID rules
Identify the impact of application override to the overall functionality of the firewall
Create custom apps and threats
Review App-ID dependencies
I will cover
GlobalProtect licensing
Configure gateway and portal
GlobalProtect agent
Differentiate between login methods
Configure Clientless VPN
Host information profile (HIP)
Configure multiple gateway agent profiles
Split tunneling
I will cover
Inbound decryption
SSL forward proxy
SSL decryption exclusions
SSH proxy
I will cover
User-ID agent and agentless
User-ID group mapping
Shared User-ID mapping across virtual systems
Data redistribution
User-ID methods
Benefits of using dynamic user groups in policy rules
Requirements to support dynamic user groups
How GlobalProtect internal and external gateways can be used
I will cover
Submission profile
Action profile
Submissions and verdicts
Signature actions
File types and file sizes
Update schedule
Forwarding of decrypted traffic
I will cover
Transparent proxy
Explicit proxy
I will cover
Components configured in a template
How the order of templates in a stack affects the configuration push to a firewall
Overriding a template value in a stack
Configure variables in templates
Relationship between Panorama and devices as pertaining to dynamic updates versions, policy implementation, and/or HA peers
I will cover
Device group hierarchies
Identify what device groups contain
Differentiate between different use cases for pre-rules, local rules, the default rules, and post-rules
Identify the impact of configuring a primary device
Assign firewalls to device groups
I will cover
Licensing
Commit recovery feature
Automatic commit recovery
Commit types and schedules
Config backups
Commit type options
Manage dynamic updates for Panorama and Panorama-managed devices
Software and dynamic updates
Import firewall configuration into Panorama
Configure log collectors
Check firewall health and status from Panorama
Configure role-based access on Panorama
I will cover
Identify log types and criticalities
Manage external services
Create and manage tags
Identify system and traffic issues using the web interface and CLI tools
Configure Log Forwarding profile and device log settings
Log monitoring
Customize logging and reporting settings
I will cover
Single firewall
HA pairs
Panorama push
Dynamic updates
I will cover
Link monitoring
Path monitoring
HA links
Failover
Active/active and active/passive
HA interfaces
Clustering
Election setting
I will cover
IPSec
GRE
One-to-one and one-to-many tunnels
Route-based versus policy-based remote hosts
Tunnel monitoring
I will cover
Inbound decryption
SSL forward proxy
SSH proxy
Identify what cannot be decrypted and configure exclusions and bypasses
Certificates
I will cover
Redistribution profiles
Dynamic routing
Static routes
Route monitoring
Policy-based forwarding
Multicast routing
Service routes
I will cover
Logs
Packet capture (pcap)
Reports
I will cover
Zone protection profiles
DoS protections
Packet buffer protections
I will cover
Portal and Gateway
Access to resources
Global Protect client
I will cover
NAT
Security
Decryption
Authentication
I will cover
Monitor
Failover triggers