Wireless Penetration Testing

  • Course Duration15 HRS
  • Course LanguageEnglish

What you'll learn

  • Understand how Wi-Fi, 802.11, and wireless security protocols work
  • Build a wireless testing lab with Kali Linux and a compatible adapter
  • Put a wireless adapter into monitor mode and perform packet injection
  • Discover and map wireless networks and connected clients
  • Capture and crack WPA/WPA2 handshakes with Aircrack-ng and hashcat
  • Perform PMKID and WPS attacks against modern access points
  • Build rogue access points, evil twins, and captive portals
  • Run deauthentication and denial-of-service attacks
  • Assess enterprise WPA2-Enterprise and WPA3 networks
  • Attack Bluetooth and other wireless technologies
  • Write professional reports and apply wireless hardening best practices

Wireless networks are everywhere — in homes, offices, factories, and public spaces — and because they broadcast through the air, they are exposed to attacks that wired networks never face. This course delivers a complete, hands-on approach to wireless penetration testing, taking you from understanding how Wi-Fi works all the way to discovering, exploiting, and defending real-world wireless vulnerabilities.

Using a dedicated lab built with Kali Linux, a compatible wireless adapter, and industry tools like the Aircrack-ng suite, hcxdumptool, and hashcat, you will learn to capture and crack WPA/WPA2 handshakes, attack the PMKID, defeat WPS, build rogue access points and evil twins, run captive-portal and deauthentication attacks, and assess enterprise WPA2/WPA3 networks. Every attack is paired with its corresponding defensive countermeasure.

By the end of this course, you will be able to perform a complete, professional wireless assessment, crack modern Wi-Fi encryption in your lab, capture credentials from wireless clients, write a structured report of findings and risks, and deliver actionable remediation guidance — leaving you fluent in both offense and defense.

Disclaimer: This course is intended strictly for educational and authorised security testing purposes. All attacks are performed on networks you own or are explicitly authorised to test, within isolated lab environments. Unauthorised use of any technique taught in this course is illegal and strictly prohibited.

Course content

01Welcome to the Course2 lectures
  • Important Before You Start
  • Course Roadmap & Objectives
02Wireless Fundamentals6 lectures
  • How Wireless Networks Work
  • The 802.11 Standard & Frame Types
  • Channels, Frequencies & Bands
  • SSIDs, BSSIDs & Access Points
  • Wireless Security Protocols (WEP, WPA, WPA2, WPA3)
  • The Wireless Attack Surface
03Building Your Wireless Lab6 lectures
  • Introduction to Virtualization
  • Setting Up Kali Linux
  • Choosing a Compatible Wireless Adapter
  • Installing Wireless Drivers
  • Setting Up a Test Access Point
  • Very Important
04Wireless Interface & Monitor Mode4 lectures
  • Understanding Wireless Interfaces
  • Enabling Monitor Mode
  • Packet Injection Basics
  • Testing Your Adapter
05Wireless Reconnaissance5 lectures
  • Discovering Nearby Networks
  • Scanning with airodump-ng
  • Identifying Connected Clients
  • Analyzing Wireless Traffic
  • Wardriving & Signal Mapping
06Attacking WEP4 lectures
  • Why WEP Is Broken
  • Capturing IVs
  • Cracking WEP Keys
  • ARP Replay & Fragmentation Attacks
07Attacking WPA/WPA2 Personal6 lectures
  • Understanding the 4-Way Handshake
  • Capturing the Handshake
  • Deauthentication Attacks
  • Cracking Handshakes with Aircrack-ng
  • Accelerated Cracking with hashcat
  • Wordlists & Rule-Based Attacks
08PMKID & WPS Attacks4 lectures
  • The Clientless PMKID Attack
  • Capturing PMKID with hcxdumptool
  • Understanding WPS Weaknesses
  • WPS PIN Brute-Force & Pixie Dust
09Rogue Access Points & Evil Twin4 lectures
  • Building a Rogue Access Point
  • Evil Twin Attacks
  • Captive Portal Credential Harvesting
  • Forcing Clients to Reconnect
10Man-in-the-Middle on Wireless4 lectures
  • Positioning as Man-in-the-Middle
  • Intercepting Wireless Traffic
  • DNS Spoofing & Traffic Manipulation
  • SSL Stripping Basics
11Attacking Enterprise & WPA3 Networks4 lectures
  • How WPA2-Enterprise Works
  • Attacking EAP & RADIUS
  • Evil Twin Against Enterprise Wi-Fi
  • WPA3 Improvements & Known Weaknesses
12Wireless Denial-of-Service4 lectures
  • Deauthentication & Disassociation Floods
  • Beacon Flooding
  • Jamming Concepts
  • Detecting Wireless DoS
13Bluetooth & Other Wireless4 lectures
  • Bluetooth Fundamentals
  • Discovering & Enumerating Bluetooth Devices
  • Bluetooth Attacks
  • Introduction to RFID & NFC
14Post-Exploitation & Client Attacks4 lectures
  • Attacking Wireless Clients
  • Exploiting Probe Requests
  • Harvesting Credentials from Clients
  • Pivoting into the Internal Network
15Wireless Defense & Hardening4 lectures
  • Secure Wireless Configuration
  • Detecting Rogue Access Points
  • Wireless Intrusion Detection (WIDS)
  • Enterprise Wireless Best Practices
16Reporting & Remediation3 lectures
  • Writing a Wireless Pentest Report
  • Risk Rating & CVSS Scoring
  • Remediation Recommendations

Requirements

  • A computer with at least 8GB RAM and virtualization support (16GB recommended)
  • A wireless adapter that supports monitor mode and packet injection
  • Basic familiarity with Linux and networking concepts (helpful but not required)
  • A stable internet connection to download tools and wordlists

Who this course is for

  • Aspiring penetration testers who want to specialise in wireless security
  • Network and system administrators responsible for securing Wi-Fi
  • Cybersecurity professionals expanding into wireless assessments
  • Students and enthusiasts with basic networking knowledge
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