The labs in this section cover basic commands/tools that can be used to connect to an existing WiFi network, create WiFi networks of different types of security schemes and bypass the MAC filter.

What will you learn?


  • Connecting to WiFi networks using wpa_supplicant

  • Creating WiFi networks to lure devices

  • Bypassing MAC filter based access control 


References:


  1. Hosapd and wpa_supplicant? (https://w1.fi/)

  2. Example hostapd.conf (https://w1.fi/cgit/hostap/plain/hostapd/hostapd.conf

  3. Example supplicant.conf (https://w1.fi/cgit/hostap/plain/wpa_supplicant/wpa_supplicant.conf

  4. Using WPA_supplicant to connect to WiFi (https://www.linuxbabe.com/command-line/ubuntu-server-16-04-wifi-wpa-supplicant)


Labs Covered:


In this lab, you will learn to create a WiFi network with WEP security scheme for a given SSID using the Hostapd tool. This same technique is used to create the WiFi honeypots to lure a probing/non-probing client. 


In this lab, you will learn to create a WiFi network with WPA-PSK security scheme for a given SSID using the Hostapd tool. This same technique is used to create the WiFi honeypots to lure a probing/non-probing client. 


In this lab, you will learn to create a WiFi network with WPA2-PSK security scheme for a given SSID  using the Hostapd tool. This same technique is used to create the WiFi honeypots to lure a probing/non-probing client. 


In this lab, you will learn to connect a WiFi interface to a given WEP security scheme based WIFi network using the wpa_supplicant utility. This same technique is used by the Linux network manager to connect to the network.


In this lab, you will learn to connect a WiFi interface to a given WPA-PSK security scheme based WIFi network using the wpa_supplicant utility. This same technique is used by the Linux network manager to connect to the network.


In this lab, you will learn to connect a WiFi interface to a given WPA2-PSK security scheme based WIFi network using the wpa_supplicant utility. This same technique is used by the Linux network manager to connect to the network.


In this lab, you will learn to change the MAC address of a WiFi interface, to evade the MAC filtering based access control deployed on a WiFi network.


In this lab, you will learn to connect a WiFi interface to a given WPA-Enterprise security scheme based WIFi network using the wpa_supplicant utility. This same technique is used by the Linux network manager to connect to the network.


In this lab, you will learn to create a WiFi network with WPA3-OWE security scheme for a given SSID  using the Hostapd tool. This same technique is used to create the WiFi honeypots to lure a probing/non-probing client. 


In this lab, you will learn to connect a WiFi interface to a given WPA3-OWE security scheme based WIFi network using the wpa_supplicant utility. This same technique is used by the Linux network manager to connect to the network.


In this lab, you will learn to create a WiFi network with WPA3-SAE security scheme for a given SSID  using the Hostapd tool. This same technique is used to create the WiFi honeypots to lure a probing/non-probing client. 


  • WPA Supplicant: WPA3-SAE

    In this lab, you will learn to connect a WiFi interface to a given WPA3-SAE security scheme based WIFi network using the wpa_supplicant utility. This same technique is used by the Linux network manager to connect to the network.

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Hostapd: WEP Honeypot

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Hostapd: WPA-PSK Honeypot

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Hostapd: WPA2-PSK Honeypot

FREE LAB
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WPA Supplicant: WEP Network

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WPA Supplicant: WPA-PSK Network

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WPA Supplicant: WPA2-PSK Network

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Bypassing MAC Filter

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WPA Supplicant: WPA Enterprise

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Hostapd: Enhanced Open Honeypot

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WPA Supplicant: Enhanced Open

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Hostapd: WPA3-SAE Honeypot

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WPA Supplicant: WPA3-SAE