The invisible attack surface. Learn to audit Wi-Fi networks (WPA2/WPA3/Enterprise), Bluetooth, and RFID. Crack encryptions, deploy rogue access points, and secure the airwaves.
Wireless networks are the primary way users connect, but they often bypass traditional perimeter defenses. If an attacker can compromise your Wi-Fi, they are effectively inside your building, bypassing physical security controls.
This specialized course covers the theory and practice of wireless security. You'll move beyond simple WEP cracking (deprecated) to advanced WPA2/Enterprise attacks, WPA3 analysis, and complex rogue AP deployments. We also introduce other radio protocols like Bluetooth and RFID.
📋 Required Prerequisites
Strong Linux command line skills and solid understanding of networking fundamentals (TCP/IP, OSI model). Prior pentesting experience recommended.
802.11 standards (a/b/g/n/ac/ax), frequencies (2.4GHz/5GHz), channels, packet types (Management, Control, Data), and antenna types.
Scanning, identifying hidden SSIDs, mapping networks, and capturing wireless traffic using Aircrack-ng suite and Kismet.
The 4-way handshake, capturing handshakes, deauthentication attacks, dictionary attacks, and using Hashcat for GPU cracking.
Understanding RADIUS/EAP. Attacking PEAP and EAP-TTLS. Setting up Rogue APs to steal Enterprise credentials (hostapd-mana, evil-twin).
WPA3 improvements (SAE), transition modes, downgrade attacks, and current state of WPA3 vulnerabilities (Dragonblood).
Karma/Mana attacks, probing clients, Honeypots, Man-in-the-Middle on open networks, and capturing credentials from connected clients.
WPS PIN attacks (Pixie Dust), fragmentation attacks, and denial of service (jamming) considerations and legalities.
Bluetooth architecture, pairing mechanisms, scanning BLE devices, and tools like Ubertooth and Bettercap for Bluetooth auditing.
Introduction to prox cards (Low/High Frequency), cloning cards, and tools like Proxmark3 (introduction level).
Writing wireless assessment reports. Recommendations for secure configuration, segmentation, and monitoring.
We recommend specific chipsets (Atheros/Realtek) capable of monitor mode and packet injection. Guidance on hardware selection provided.
We guide you through setting up a safe, legal wireless lab at home using your own router and devices.
Access to virtualized scenarios for analyzing packet captures and cracking hashes without needing hardware.
Access to course materials, updates, and community support for 12 months.
One-time payment · Lifetime access to materials
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View Bundle →Flexible batch access — attend up to 3 batches within 12 months from enrollment.
Enroll in Wireless Pentesting