• Introduction to Wireless Networking
• IEEE 802.11 Overview
• Frequency Bands (2.4GHz, 5GHz, 6GHz)
• Channels & Regulatory Domains
• SSID, BSSID, ESSID
• Wireless Authentication: Open Authentication, WEP, WPA/WPA2, WPA3
• Four-Way Handshake
• PMKID Authentication

• Frame Types: Management, Control, Data
• Beacon Frames
• Probe Request & Response
• Authentication
• Association
• Reassociation
• Deauthentication
• Disassociation
• MAC Frame Structure
• Wireshark Analysis

• Wireless Adapter Selection
• Chipsets
• Monitor Mode
• Packet Injection
• Interface Modes
• Channel Hopping
• Linux Wireless Utilities
• Driver Considerations
• Building a Wireless Pentest Lab

• Discover Wireless Networks
• Passive Reconnaissance
• Active Reconnaissance
• Signal Strength Analysis
• Channel Identification
• Client Enumeration
• Encryption Identification
• Hidden Network Detection
• Traffic Capture
• Wireless Fingerprinting

• Airmon-ng
• Airodump-ng
• Aireplay-ng
• Airdecap-ng
• Airgraph-ng
• Wash
• Reaver
• hcxdumptool
• hcxpcapngtool
• Wireshark

• Deauthentication Attack
• Disassociation Attack
• Beacon Flood
• Probe Request Analysis
• Evil Beacon Concepts
• Hidden SSID Discovery
• Client Forcing Techniques
• Wireless DoS Concepts

• WPS Architecture
• PIN Authentication
• Online PIN Brute Force
• Pixie Dust Attack
• Vendor-Specific Weaknesses
• WPS Reconnaissance
• WPS Security Assessment

This course is designed to provide a comprehensive understanding of offensive wireless security by covering Wi-Fi technologies, wireless protocols, attack methodologies, and practical penetration testing techniques. Participants will learn how wireless networks operate, identify common security weaknesses, perform authorized security assessments, and apply industry-standard tools to evaluate the security of Wi-Fi infrastructures in real-world environments.

Participants should have a basic understanding of computer networks, TCP/IP, wireless networking concepts, and cybersecurity fundamentals. Familiarity with Wi-Fi technologies, network protocols, Linux environments, and command-line tools is recommended. Basic knowledge of network security and wireless communication concepts will also be helpful. Prior professional wireless penetration testing experience is not mandatory.

• Penetration Testers
• Red Teamers
• SOC Analysts
• Security Consultants
• Network Engineers
• Cybersecurity Students
• IT Professionals interested in Wireless Security

This course provides comprehensive hands-on training in Offensive Wireless Security, covering realistic attack vectors, vulnerability identification, and ethical penetration testing methodologies.

Penetration testers, security consultants, red team members, system administrators, and cybersecurity enthusiasts looking to specialize in offensive security.

Yes. All exercises are conducted in dedicated, authorized virtual lab environments using industry-standard penetration testing tools.

Upon successfully completing the training and practical assessments, you will receive a verified Certificate of Completion in Offensive Wireless Security.