WiFi Hacking Course™: Full WiFi Hacking Encyclopedia

Demonstrate sniffing wifi traffic using aircrack-ng tools, enabling monitor mode, scanning with airodump-ng, and capturing packets for analysis with shark.

Demonstrates deauthentication attack and wifi jammer techniques on Garley Linux, showing how to identify the target router, capture and inject packets, and disconnect devices for educational penetration testing demonstrations.

Learn to hide your wifi identity by changing the MAC address of wireless interfaces using mac changer, manage interface states, and understand MAC changes are temporary.

Explore basic WEP wifi hacking concepts through a hands-on demonstration of testing wireless networks and vulnerable routers, highlighting password cracking challenges and responsible use.

Explore how to perform a fake authentication attack against wireless routers using monitor mode, airodump-ng, aireplay-ng, MAC address spoofing, and packet injection to capture IVs and decrypt passwords.

Learn the chop chop attack to create and inject fake packets, boost ivs, and recover wireless passwords, with real-world demonstrations on how attackers manipulate aps.

Learn how to hack WPA/WPA2 routers with the WPS pixie attack using Linux and a wifi adapter, then secure by disabling WPS and changing settings.

Explore dictionary attacks on WPA/WPA2 by building a crunch wordlist for a password starting with 8 and ending with 6, and discuss brute force drawbacks and 2 percent success rate.

Learn how to install and run Fluxion to capture a handshake, create a fake access point, and reveal a WPA or WPA2 password.

Demonstrate installing and using tools like Fluxion and Linset to hack WPA/WPA2 Wi-Fi, with emphasis on ethical demonstrations and avoiding malicious use.

Learn educational demonstrations of phishing-based wifi attacks on WPA/WPA2 networks using the wifi phisher tool, comparing 5:5 with fluxion and outlining four attack scenarios.

Crack WPA/WPA2 wifi faster by using GPU-accelerated hashcat to perform handshake-based dictionary and brute-force attacks, using wordlists, and comparing speeds with and without a graphics card.

This lecture explains the WPA3 launch and its three major upgrades that block brute-force attacks, prevent clock-based exploits, and replace vulnerable features to allow secure, screenless device connections.