Network Routing and Switching Essentials
Network Routing and Switching Essentials – VILT (NRSE-VILT) is a one-day virtual instructor-led training UniFi routing and switching course focused on practical configuration, segmentation, resiliency, security, VPN connectivity, SD-WAN, and identity-based networking using UniFi Network and UniFi OS platforms.
Students build and troubleshoot real-world enterprise-style configurations using VLANs, firewalls, WAN failover, VPNs, Identity, and CyberSecure features.
Module 1 – IP Networking Fundamentals
Topics
- IPv4 addressing
- Subnetting concepts
- DHCP operation
- Static IP assignments
- UniFi network architecture
- Gateway and DNS concepts
Hands-On Lab
LAB 1: Networks, Subnets and Static IP Assignments
Students will:
- Reconfigure default networks
- Configure DHCP scopes
- Assign static IPs to clients and infrastructure devices
- Verify addressing and connectivity
Module 2 – VLANs and Switch Port Configuration
Topics
- VLAN fundamentals
- Tagged vs untagged traffic
- Native VLANs
- Switch port profiles
- Allow All vs Block All vs Custom
- Guest network behavior
Hands-On Lab
LAB 2: Configuring VLANs
Students will:
- Create Management, Staff, Guest, and IoT VLANs
- Configure switch ports
- Test VLAN isolation and connectivity
- Observe VLAN behavior across ports
Module 3 – UniFi Backup and Recovery
Topics
- UniFi OS backups
- Network application backups
- Restore operations
- Disaster recovery concepts
Hands-On Lab
LAB 3: Configuring Backups
Students will:
- Create backups
- Delete configurations
- Restore the environment from backup
- Verify restored functionality
Module 4 – Zone-Based Firewall Architecture
Topics
- Zone-Based Firewall concepts
- Inter-zone policies
- Gateway protection
- Layer 2 vs Layer 3 isolation
- Guest isolation
- IoT segmentation
Hands-On Lab
LAB 4: Zone-Based Firewall Rules
Students will:
- Create security zones
- Build allow/block policies
- Restrict management access
- Configure IoT isolation
- Test firewall behavior
Module 5 – Switching Resiliency and Link Aggregation
Topics
- LACP fundamentals
- Aggregated uplinks
- Redundancy concepts
- Spanning Tree Protocol (RSTP)
- Loop prevention
- Bridge priority
Hands-On Labs
LAB 5: Link Aggregation
Students will:
- Configure LACP
- Aggregate switch uplinks
- Verify 2 Gbps connectivity
LAB 6: Spanning Tree Lab
Students will:
- Create network loops
- Observe RSTP behavior
- Change bridge priorities
- Verify loop prevention
Module 6 – WAN Redundancy and Traffic Engineering
Topics
- WAN failover
- Load balancing
- Multi-WAN architecture
- Policy-Based Routing (PBR)
- VLAN-specific WAN routing
Hands-On Labs
LAB 7: WAN Failover
Students will:
- Configure primary and backup WANs
- Test failover operation
- Configure load balancing
LAB 8: Policy Based Routing
Students will:
- Route IoT traffic over WAN2
- Test WAN-specific policies
- Verify failover behavior
Module 7 – Advanced Firewall Policies
Topics
- Application-aware firewalling
- App blocking
- Security policy management
- Temporary policy suspension
Hands-On Lab
LAB 9: Firewalls
Students will:
- Create app-based firewall rules
- Block YouTube for IoT devices
- Test application filtering
Module 8 – Remote Connectivity and VPNs
Topics
- Teleport VPN architecture
- WiFiMan integration
- Remote access concepts
- VPN security zones
Hands-On Lab
LAB 10: Teleport VPN
Students will:
- Configure Teleport VPN
- Connect mobile devices remotely
- Verify VPN operation
Module 9 – SD-WAN and Site Magic
Topics
- Site-to-site connectivity
- SD-WAN concepts
- Mesh vs hub-and-spoke
- Overlapping subnet limitations
- Multi-site design considerations
Hands-On Lab
LAB 11: SD-WAN
Students will:
- Configure Site Magic
- Connect multiple sites
- Verify inter-site communication
Module 10 – Identity and Zero Trust Networking
Topics
- UniFi Identity overview
- Identity Endpoint
- One-Click VPN
- One-Click Wi-Fi
- User-based permissions
- Identity onboarding
Hands-On LabLAB 12: Identity
Students will:
- Configure Identity
- Add users
- Assign VPN and WiFi permissions
- Test Identity Endpoint connectivity
Module 11 – Cybersecurity and Threat Protection
Topics
- IDS vs IPS
- Region blocking
- Content filtering
- Encrypted DNS
- Threat visibility
- CyberSecure overview
Hands-On Lab
LAB 13: IPS/IDS
Students will:
- Enable IDS/IPS
- Configure region blocking
- Test ad blocking
- Configure encrypted DNS
- Review threat activity
By the end of the course students will be able to:
- Configure UniFi VLANs and switch ports
- Implement Layer 2 and Layer 3 segmentation
- Deploy Zone-Based Firewall policies
- Configure WAN failover and load balancing
- Deploy Policy-Based Routing
- Configure Teleport VPN
- Implement SD-WAN with Site Magic
- Deploy UniFi Identity
- Configure IDS/IPS and CyberSecure features
- Troubleshoot switching and routing issues
- Understand enterprise-style UniFi architecture
Prerequisites:
- UniFi Cloud Gateway (UCG / UDM Series)
- 2 UniFi Switches
- UniFi Access Point
- Laptop with Ethernet adapter
- Smartphone for Teleport and Identity labs
- Internet connection
Access the VILT training here: learn.wifi-u.com
All wifi‑U trainings are Credly by Pearson certified, ensuring that every student receives an industry‑recognized digital credential upon successful completion. These badges validate the skills gained in each course and can be easily shared on LinkedIn, resumes, and professional portfolios.
Ubiquiti® and UniFi® are registered trademarks of Ubiquiti Inc. This course is independently produced and is not affiliated with, endorsed by, or sponsored by Ubiquiti Inc.
Wireless Network Essentials
Wireless Network Essentials – VILT (WNE-VILT) is a one day virtual instructor-led training designed to help students understand and deploy modern wireless networks using UniFi. Students learn how to configure and troubleshoot wireless networks using UniFi equipment and management tools. Students work directly with UniFi hardware, UniFi Network, WiFiMan, the UniFi Design Center, and the UniFi Wi-Fi Calculator.
The training is also available live in class
Course Outline
Module 1 — UniFi Fundamentals & Initial Deployment
Topics Covered
- Introduction to UniFi architecture
- UniFi Cloud Gateways
- UniFi management concepts
- Local vs cloud access
- Owner vs Super Admin roles
- Console backups
Lab 1 — Install and Setup a UniFi Network using a UDR-7
Hands-On Tasks
- Physical installation of the UDR-7
- Initial console setup
- Remote cloud onboarding
- Owner account creation
- Super Admin creation
- Local and remote login verification
- Console backup creation and verification
Key Skills Learned
- Deploying a UniFi console
- Remote management setup
- UniFi account administration
- Backup management
Module 2 — Wi-Fi Fundamentals & Performance
Topics Covered
- PHY vs throughput
- RF fundamentals
- Channel width
- Spatial streams
- Wi-Fi 6/6E/7 concepts
- MLO (Multi-Link Operation)
- Distance vs throughput
- Channel utilization
- Shared airtime behavior
Lab 2 — Wi-Fi Calculator
Hands-On Tasks
- Using wifi.ui.com
- Comparing UniFi AP models
- Evaluating client capabilities
- Testing:
- 20/40/80/160/320 MHz channels
- 5 GHz vs 6 GHz
- Distance changes
- MLO behavior
- Channel utilization impacts
Key Skills Learned
- Interpreting PHY rates
- Understanding throughput limitations
- Comparing AP capabilities
- Analyzing RF performance
Module 3 — RF Design & Access Point Placement
Topics Covered
- RF coverage planning
- AP placement strategy
- Wall attenuation
- RSSI targets
- Capacity vs coverage
- Co-channel interference
- AP power design
- Rack and cable planning
Lab 3 — UniFi Design Center Small Office Design
Hands-On Tasks
- Importing floor plans
- Scaling building layouts
- Defining wall materials
- Configuring attenuation values
- Selecting UniFi AP models
- Designing:
- 5 GHz coverage
- 6 GHz coverage
- Roaming overlap
- Adding:
- UDM-Pro
- Pro Max 16 PoE switch
- Rack infrastructure
- Cabling APs
- Submitting collaboration designs
Key Skills Learned
- Predictive RF design
- Coverage validation
- AP placement strategy
- UniFi Design Center workflows
Module 4 — VLANs & Network Segmentation
Topics Covered
- VLAN fundamentals
- Corporate vs Guest segmentation
- Gateway/subnet planning
- DHCP services
- VLAN isolation concepts
Lab 4 — Create VLANs
Hands-On Tasks
- Creating Corp VLAN
- Creating Guest VLAN
- Assigning VLAN IDs
- Configuring subnets
- Enabling DHCP
VLANs Created
| Network | VLAN | Gateway |
| Corp | 10 | 192.168.10.1/24 |
| Guest | 99 | 192.168.99.1/24 |
Key Skills Learned
- Basic VLAN configuration
- Network segmentation
- Guest isolation concepts
Module 5 — Wireless Network Deployment
Topics Covered
- SSID creation
- WPA2 vs WPA3
- Corporate wireless design
- Guest wireless design
- Band steering
- Guest isolation
- Captive portals
- Terms of Use
- Redirect portals
Lab 5 — Create an SSID in UniFi
Hands-On Tasks
- Creating a corporate SSID
- Assigning VLANs
- Configuring WPA security
- Configuring wireless behavior
- Verifying connectivity
Lab 5B — Guest Wi-Fi Network & Captive Portal
Hands-On Tasks
- Creating a guest SSID
- Enabling hotspot portal
- Terms of Service configuration
- Password authentication
- Redirect URL configuration
- Testing guest onboarding
Key Skills Learned
- Secure SSID deployment
- Guest portal configuration
- Wireless onboarding workflows
- VLAN-to-SSID mapping
Module 6 — Wireless Roaming & Mobility
Topics Covered
- Client roaming behavior
- Sticky clients
- AP transitions
- Roaming thresholds
- Minimum RSSI
- Roaming Assistant
- Signal analysis
Lab 6 — Wireless Roaming Analysis Using WiFiMan
Hands-On Tasks
- Monitoring roaming with WiFiMan
- Tracking:
- RSSI
- PHY rate
- Connected AP
- BSSID transitions
- Testing roaming behavior
- Configuring Minimum RSSI
- Observing roaming triggers
Key Skills Learned
- Real-world roaming analysis
- Roaming optimization
- Signal interpretation
- Understanding client-driven Wi-Fi
Module 7 — Channel Utilization & Airtime Analysis
Topics Covered
- Shared airtime
- Channel congestion
- Interference
- Retries
- PHY rates
- Channel width efficiency
- Co-channel interference
Lab 7 — Channel Utilization
Hands-On Tasks
- Configuring fixed channels
- Disabling auto-channel
- Throughput testing
- Observing:
- Channel utilization
- Retries
- Client count
- PHY rate
- Throughput changes
- Testing multiple channel widths
Key Skills Learned
- Airtime analysis
- RF congestion analysis
- Channel planning
- Understanding Wi-Fi contention
Module 8 — UniFi Identity Endpoint
Topics Covered
- Identity-based networking
- One-Click WiFi
- User onboarding
- Identity roles
- Endpoint-based authentication
Lab 8 — Identity Endpoint
Hands-On Tasks
- Enabling Identity
- Creating users
- Installing the Identity app
- Testing One-Click WiFi
Key Skills Learned
- Identity onboarding
- User-based wireless access
- UniFi Identity fundamentals
Module 9 — Monitoring & Troubleshooting
Topics Covered
- AP statistics
- Client statistics
- Channel utilization
- Airtime analysis
- Transmit power
- Channel width tuning
- Roaming Assistant
- Minimum RSSI
- Retry analysis
Lab 9 — UniFi Monitoring & Troubleshooting
Hands-On Tasks
- Reviewing AP statistics
- Using Insights tabs
- Monitoring:
- RSSI
- PHY rates
- Airtime utilization
- Retries
- Configuring:
- Transmit power
- Channel width
- Roaming Assistant
- Minimum RSSI
Key Skills Learned
- Wireless troubleshooting
- UniFi analytics interpretation
- RF optimization
- Roaming optimization
Course Resources & Appendices
Included Resources
- CWNP resources
- WLAN Professionals
- UniFi calculators
- UniFi Design Center
- MCS charts
- OFDM/OFDMA references
Technical Reference Material
- 2-stream OFDM MCS chart
- 2-stream OFDMA MCS chart
Prerequisites:
- UniFi UDR-7 (factory reset recommended)
- Active internet connection
- Laptop or tablet with Ethernet and/or Wi-Fi
- Active UniFi account (ui.com credentials)
- Ethernet cable
Access the VILT training here: learn.wifi-u.com
All wifi‑U trainings are Credly by Pearson certified, ensuring that every student receives an industry‑recognized digital credential upon successful completion. These badges validate the skills gained in each course and can be easily shared on LinkedIn, resumes, and professional portfolios.
Ubiquiti® and UniFi® are registered trademarks of Ubiquiti Inc. This course is independently produced and is not affiliated with, endorsed by, or sponsored by Ubiquiti Inc.
Video Security Essentials
Video Security Essentials – VILT (VSE-VILT) is a virtual instructor-led training technical training course focused on designing, deploying, configuring, and managing modern video surveillance systems using the Ubiquiti UniFi Protect platform. It is 6 ½ hours and is available online as Self-Directed or live in class.
The class emphasizes real-world deployment techniques and operational best practices rather than purely theoretical concepts.
Students learn how UniFi Protect integrates cameras, recording systems, AI analytics, remote access, and physical security workflows into a centralized management platform.
Course Outline:
Module 1 – Course Introduction
- Course overview and objectives
- UniFi Protect ecosystem overview
- Security camera fundamentals
- Required lab equipment
Lab
- Verify hardware and access
- Review UCG-Max / UDR7 setup
Module 2 – Camera Fundamentals
- Camera internal components
- Lens
- CMOS sensor
- Processor
- NIC
- IR LEDs
- How cameras build images
- Bayer filters and image processing
- Sensor sizes and resolutions
- Optical vs digital zoom
Lab – Camera Adoption
- Install UniFi Protect
- Adopt G6 Bullet camera
- Configure overlays and naming
- Disable/enable recordings
Module 3 – Image Quality & Pixel Density
- Resolution and pixel density
- IEC/EN 62676 standards
- Overview
- Outline
- Discern
- Perceive
- Characterize
- Validate
- Calculating usable camera distance
- Field of view vs detail
- Zoom impact on identification
Lab – Camera Tuning
- Adjust exposure and HDR
- Configure focus
- Capture snapshots
- Compare image quality settings
Module 4 – Night Vision Technologies
- IR night vision fundamentals
- IR cut filters
- 850nm vs 940nm IR
- Low-light limitations
- Thermal imaging vs IR
Lab
- Compare day/night camera behavior
- Observe IR illumination changes
Module 5 – AI Detection & Analytics
- Motion detection
- AI object detection
- Facial recognition
- License plate recognition (LPR)
- False positives and tuning
- AI zones and crossing lines
Lab – Detection Types
- Motion vs AI detections
- Configure AI zones
- Configure motion zones
- Create crossing line detections
- Test recording triggers
Module 6 – Camera Housing Types
- Bullet cameras
- Dome cameras
- Turret cameras
- PTZ cameras
- Theta covert cameras
Topics Covered
- Mounting methods
- IP/IK ratings
- Night vision capability
- Environmental considerations
Module 7 – UniFi Protect Operations
- NVR walkthrough
- Playback and archives
- Live views and Vantage Point
- Find Anything search
- Global recording settings
- Storage and linked backups
- Facial recognition settings
Lab – Protect Operations
- Create live views
- Multi-camera playback
- Configure Vantage Point
- Archive footage
- Use Find Anything search
- Review storage settings
Module 8 – Alarm Manager & Automation
- Alarm Manager overview
- AI-triggered alarms
- Sensor-triggered workflows
- Multi-condition alarms
- Notification actions
Lab – Alarm Manager
- Create loitering alarms
- Configure AI-triggered alerts
- Create sensor + AI combined alarms
- Test notification workflows
Module 9 – Sensors & Integrations
- SuperLink overview
- UniFi sensors
- Open/close events
- Environmental monitoring
- User and admin permissions
Lab – Sensor Adoption
- Adopt SuperLink
- Adopt sensors
- Configure sensor events
- Test open/close detections
- Add users and permissions
Module 10 – Design & Visualization
- Camera placement strategy
- Coverage planning
- Overview vs forensic detail
- Designing for AI detections
Lab – InnerSpace
- Create building layout
- Import floor plan
- Place cameras in design
- View events in 3D
Module 11 – Final Review
- Camera selection best practices
- Common deployment mistakes
- AI and recording optimization
- Final Q&A
- Real-world deployment discussion
The VSE course includes downloadable lab books, guided exercises, assessments, and Pearson-Credly certification
By the end of the class, students will understand how to deploy and manage a professional UniFi Protect surveillance system, optimize camera performance and storage, implement AI-driven monitoring features, and support real-world security operations using the UniFi ecosystem.
Hands-On labs require the following devices to be in hand:
UniFi Gateway Console (UCG Max, UDR7, or UDM),
Unifi Switch,
G6 Bullet
Protect: Chime, Smart Sensor (enviro or bluetooth) & Superlink
Access the VILT training here: learn.wifi-u.com
All wifi‑U trainings are Credly by Pearson certified, ensuring that every student receives an industry‑recognized digital credential upon successful completion. These badges validate the skills gained in each course and can be easily shared on LinkedIn, resumes, and professional portfolios.
Ubiquiti® and UniFi® are registered trademarks of Ubiquiti Inc. This course is independently produced and is not affiliated with, endorsed by, or sponsored by Ubiquiti Inc.
Physical Security Essentials
Physical Security Essentials – VILT (PSE-VILT) is one-day virtual instructor-led training providing a comprehensive introduction to modern video surveillance systems using UniFi Protect. Students will learn the fundamentals of camera technology, image quality, camera selection, system design, access control integration, AI-powered detections, and best practices for deploying physical security solutions in commercial and small-business environments. Through instructor-led demonstrations and practical labs, participants will gain the skills needed to design, install, configure, and maintain a complete physical security solution.
Course Outline
Module 1 – Physical Security Fundamentals
- Introduction to Physical Security
- Components of a Security System
- Security Cameras vs. Access Control
- Understanding Threat Detection
- UniFi Protect Overview
Module 2 – How Security Cameras Work
- Camera Internal Components
- Lens Assemblies
- CMOS Sensors
- Processors
- Network Interfaces
- How Cameras Create Images
- Bayer Filters and Color Processing
- Sensor Size and Low-Light Performance
- Camera Resolution and Pixel Density Fundamentals
Module 3 – Image Quality and Scene Design
- Understanding Pixel Density
- IEC/EN 62676 Surveillance Standards
- Detection, Discern, Perceive, Characterize, and Validate Requirements
- Calculating Effective Viewing Distances
- Camera Placement Best Practices
- Using CCTV Lens Calculators
- Optical Zoom vs. Digital Zoom
Module 4 – Low-Light and Night Vision Technologies
- Visible Light vs. Infrared Light
- IR Cut Filters
- Infrared Illumination
- 850nm vs. 940nm IR
- Night Vision Limitations
- Thermal Imaging Fundamentals
- Environmental Considerations (Fog, Smoke, Rain)
Module 5 – Camera Selection and Deployment
- Motion Detection Fundamentals
- AI Detection Technologies
- People Detection
- Vehicle Detection
- Animal Detection
- Facial Recognition Concepts
- License Plate Recognition (LPR)
- Reducing False Positives
- Selecting the Right Camera for the Application
Module 6 – Camera Form Factors and Installation
- Bullet Cameras
- Dome Cameras
- Turret Cameras
- PTZ Cameras
- 360° Cameras
- Indoor vs. Outdoor Deployments
- IP and IK Ratings
- Mounting Considerations
- Cabling and PoE Requirements
Module 7 – UniFi Protect Platform
- UniFi Protect Architecture
- Adopting Cameras
- Recording Modes
- Storage and Retention Planning
- User Accounts and Permissions
- Alerts and Notifications
- Live View and Remote Access
- Mobile Application Features
Module 8 – AI and Smart Security Features
- Smart Detections
- Facial Recognition
- License Plate Recognition
- Object Tracking
- Event Review
- Search and Analytics
- Automation Workflows
Module 9 – Access Control and Sensor Integration
- Introduction to UniFi Access
- Door Controllers and Readers
- Sensors and Alarms
- Door Position Monitoring
- Motion and Environmental Sensors
- Security Workflow Integration
Module 10 – Security System Design
- Conducting Site Surveys
- Determining Coverage Requirements
- Camera Placement Strategies
- Entrance and Perimeter Monitoring
- Parking Lot and Exterior Coverage
- Storage Sizing
- Network Requirements
- Scalability Considerations
Module 11 – Troubleshooting and Maintenance
- Common Installation Issues
- Network Connectivity Problems
- Video Quality Troubleshooting
- Storage and Recording Issues
- Firmware Updates
- System Health Monitoring
- Maintenance Best Practices
Hands-On Labs
- Lab 1: Camera Adoption and Setup
- Lab 2: Sensor and Lens Calculator Exercises
- Lab 3: Pixel Density Calculations
- Lab 4: Camera Placement Design
- Lab 5: Night Vision Testing
- Lab 6: AI Detection Configuration
- Lab 7: UniFi Protect Recording and Alerts
- Lab 8: Physical Security Site Design Project
Learning Outcomes
Upon completion of this course, students will be able to:
- Explain how modern security cameras capture and process images.
- Evaluate camera specifications and select appropriate hardware.
- Design surveillance systems using industry pixel-density standards.
- Configure and manage UniFi Protect deployments.
- Implement AI-based detection and alerting.
- Integrate cameras, sensors, and access control systems.
- Troubleshoot common physical security issues.
- Design a complete physical security solution for real-world environments.
The PSE course includes downloadable lab books, guided exercises, assessments, and Pearson-Credly certification.
Hands-On labs require the following devices to be in hand:
UniFi Gateway Console (UCG Max, UDR7, or UDM),
Unifi Switch,
2x L8 Switch,
G6 Bullet,
Chime, Smart Sensor (enviro or bluetooth) & Superlink
UA-Hub (UA-Hub-Door),
PoE++ Adapter (U-PoE++),
G3 or G2 Reader Pro (UA-G3-Pro).
Access the VILT training here: learn.wifi-u.com
All wifi‑U trainings are Credly by Pearson certified, ensuring that every student receives an industry‑recognized digital credential upon successful completion. These badges validate the skills gained in each course and can be easily shared on LinkedIn, resumes, and professional portfolios.
Ubiquiti® and UniFi® are registered trademarks of Ubiquiti Inc. This course is independently produced and is not affiliated with, endorsed by, or sponsored by Ubiquiti Inc.
