📘 Introduction
Traditional methods like WPA2 cracking require dictionary files and time-consuming brute-force attacks. Wifiphisher offers an alternative: social engineering through evil twin access points. In this educational post, we demonstrate how this attack method works with full command-line examples, allowing students and Red Team practitioners to replicate and study the technique in a controlled lab environment.
🛠️ Tools Required
- Kali Linux (latest recommended build)
- Two Wi-Fi adapters
- One must support packet injection
- E.g., Alfa AWUS036H or adapters with Atheros/Realtek chipsets
- Wifiphisher (Python-based phishing automation tool)
📥 Step 1: Download and Prepare Wifiphisher
# Clone the repo directly from GitHub
git clone https://github.com/sophron/wifiphisher.git
# Navigate to the cloned directory
cd wifiphisher
Alternatively, unpack a downloaded tarball:
tar -xvzf /root/wifiphisher-1.1.tar.gz
cd wifiphisher-1.1
You should now see a Python script named wifiphisher.py.
🚀 Step 2: Execute the Script
python wifiphisher.py
On first launch, if hostapd is missing, you'll be prompted to install it. Simply type “y” to proceed.
Once ready, running the script will:
- Launch web servers on ports 8080 and 443
- Scan for nearby Wi-Fi networks
- Present a list of targets with SSIDs and signal details
🎯 Step 3: Select Target and Begin Attack
After scanning completes:
- Press Ctrl + C to stop scanning.
- Enter the number associated with the target SSID (e.g., 12 for “TargetNet”).
- The interface will begin de-authenticating the user.
The tool then clones the AP and presents a spoofed login webpage resembling a firmware update screen.
💾 Step 4: Simulated Credential Harvesting
Once the user reconnects:
- They are served a proxy-hosted page requesting re-authentication.
- Upon password submission, the credentials are shown in your terminal.
Example output:
[*] Captured password for SSID TargetNet: mysecurepassword123
Meanwhile, the user continues browsing as usual via your cloned AP, unaware of the interception.
🧪 Experiment Safely
Students can simulate this attack inside a virtual or air-gapped lab. Suggested additions:
- Run Wireshark in parallel to inspect captured frames.
- Test variations in spoofed landing page language.
- Explore custom phishing templates using HTML tweaks within wifiphisher/data/phishing-pages/.
🛡️ Ethical Use & Defensive Reflection
This walkthrough is intended for educational and defensive research only. Organizations should:
- Enforce WPA3 or FIDO2 authentication when possible
- Use network segmentation to isolate access points
- Monitor for de-authentication attacks using IDS/IPS solutions
📚 What’s Next?
XEye Academy will publish additional modules covering:
- Rogue AP detection techniques
- Device fingerprinting and MAC spoofing countermeasures
- Simulated phishing landing page creation in Python/Flask
Stay tuned and remember knowing the offensive path is the first step toward strong defense.
🚀 Are you ready to become Penetration Testing expert? Enroll with XEye Academy and start your journey as an AI Security expert today!