Wireshark has a very long list of 802.11 display filters you can choose from. When finished with data capture, restore the network interface: ifconfig wlan0 down Begin capturing data on the 'wlan0' interface.For additional configuration tips, see:.For passwords or SSIDs that contain spaces, use URI-style percent escapes, e.g. For the key, use the format password:SSID to explicitly tell Wireshark what SSID the password corresponds to.Under Edit->Preferences->Protocols->IEEE 802.11->Decryption Keys, enter the password for the cyberlab-XXX network you are passively monitoring and wish to decrypt.Under Edit->Preferences->Protocols->IEEE 802.11, ensure that "Enable Decryption" is checked.$ iwconfig wlan0 mode monitor channel XXXX Put the network interface in monitor mode and specify the channel used by cyberlab-XXX wireless network: $ ifconfig wlan0 down Unmanaged-devices=interface-name:wlan0 interface-name:wlan1 interface-name:wlan2 interface-name:wlan3 # Add these two lines at the bottom of the. is MAC address of interfaceĬonfigure Network Manager to stop managing the wireless device $ gedit /etc/NetworkManager/nf & # Should see network interface with one of two names: Verify that the network interface is visible in Kali: $ ifconfig Verify that the USB adapter is visible in Kali: $ lsusb Install VM tools in Kali to improve integration: $ sudo apt-get install open-vm-tools open-vm-tools-desktop In your virtual machine, attach that USB device (labeled Ralink 802.11 n WLAN) directly to your Kali Linux VM.
Channel 165 (5825 MHz, 20MHz channel, No extension channel)ĭownload Kali Linux ISO from and install into a virtual machineĬonnect the USB WiFi Adapter.MIMO 2x2 (not 3x3 as AP is capable of) - HT MCS 0-15.Channel: 11 (2462 MHz, 20MHz channel, No extension channel).Lab Network (configured to ensure USB adapter can capture all traffic).Panda Wireless N600 Dual Band Wireless-N USB Adapter.Virtual machine (VMWare, VirtualBox, KVM.Wireless Sniffing with Kali Linux Software
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