Wifi Hacking Series For Red Teamers & Pentesters

Learn to hack Wi-Fi networks using Kali Linux, Raspberry Pi, Android devices, and Wi-Fi Pineapple in a beginner-friendly course, covering setup, monitor mode, and practical demos.

Install Kali Linux by selecting VMware Workstation or VirtualBox, download the 64-bit image from kali.org, extract it, open the configuration file, and boot the virtual machine.

Learn beginner-friendly wifi hacking techniques using Kali Linux, a Raspberry Pi, and Android devices, with affordable tools around $40 and step-by-step attack methods.

Understand wifi security types—WEP, WPA, WPA2, and WPA3—and why WPA2 is most common. Explore brute-force and push-button attacks on WPA and WPA2 networks with Linux tools.

Learn an automation-driven wireless security testing workflow that enables monitor mode, captures handshakes, and cracks WPA passwords using a scripted process and word-list attacks.

Install the wifi phisher feature from its official GitHub page, run setup commands, and verify functionality, preparing to cover exploitation in the next class.

Learn to hack wifi networks using wifiphisher by creating a fake access point that mimics a target network, deauthenticates clients, and captures passwords as victims sign in.

The lecture demonstrates how Fluxion can be used to simulate wifi hacking for red teamers and pentesters, showing deauthentication, captive portal login fakery, and handshake capture to illustrate stealing logins.

discover how to hack wifi networks using Fluxion to create a fake access point and a captive portal for credential testing with handshake verification.

Explore how to use Airgeddon to stage wifi security tests, including setting up a fake access point and evil twin attack, capturing handshakes, and testing password resilience through simulated exploits.

Diagnose and fix wifi deauth issues by manually deauthenticating clients to observe authentication behavior and capture the handshake using command-line tools.

Explore wifi hacking techniques using a single adapter to create a fake access point, deauthenticate clients, and capture credentials through a phishing login page.

Explore how a Raspberry Pi based toolkit enables real-world wifi testing, detailing hardware options and 16 GB memory cards, and the small form factor that avoids suspicion.

Connect a Raspberry Pi to an Android device over wifi using ssh and the ip address with port 22 to access a metasploit cli session; upcoming lesson covers vnc gui.

set up a tightvncserver on a Raspberry Pi via ssh, configure a password, and connect from Windows, Mac, or Android using vnc viewer with the Pi's IP and port 5901.

Create a fake enterprise wifi network to show how username and password grant access, then contrast it with standard wifi for a practical penetration testing approach.

Learn to set up a fake enterprise wifi network with a Raspberry Pi or Kali Linux, configure the ssid, and crack captured hashes with hashcat.

Learn to crack a hash file with hashcat on linux (raspberry pi supported) using at least 8 gb ram, revealing the admin username and admin password.

Download the app from wrp.me, root devices when needed using kingroot, and prepare a OnePlus 6 for IoT penetration testing, addressing arp recovery issues and twrp compatibility.

Explore jamming wifi networks using Android and monitor mode with airmon-ng. Learn to use an external wifi adapter when needed and prepare for cracking handshake hashes.

Create a fake access point on Android using an alpha adapter, config files, and monitor mode to deploy a fake wifi setup with a pineapple connector.

Develop a custom nethunter ROM for your Android device, enabling external wifi adapters for wireless testing. Build a custom kernel to support the nethunter setup on devices like OnePlus 6.

Learn how to create a fake access point using an Android device, configure and start the AP with a wireless toolkit, and troubleshoot when the setup fails.

Explore how WiFi Pineapple supports WiFi network penetration testing for red teamers and pentesters, and learn safe sourcing from official and trusted vendors while avoiding scams.

Learn to set up a wifi pineapple for wireless penetration testing, configure network, perform firmware updates, and create a password-protected management interface and rogue access points.

Configure a wifi pineapple for penetration testing by renaming the adapter, enabling sharing, and setting a static IP, then connect via the Android app to access modules like nmap.

Connect to the wifi pineapple via ssh using putty, log in as root with the default password, and install tools with opkg or apt-get, then manage packages and troubleshoot connectivity.

Set up wifi penetration testing with modeMCU by installing drivers, python, and the arduino IDE, and configuring the correct com port for reliable device recognition.

Flash a NodeMCU for wifi testing by loading the acorn bean file. Verify the 0x00 offset and cable quality, then flash with python to enable wifi and see the password.

Power the NodeMCU, connect to the network it creates for wifi testing, and use ipconfig to identify the IPv4 address and the DNS server 192.168.4.1.