In our case, Channel No is 9 and BSSID is “ C4:F0:81:A1:0C:99“ and the file name for capturing the packets is “ yeahhub“. To capture 4-way handshake, just type the below command in your new terminal. These handshakes occur whenever a device connects to the network, for instance, when your neighbor returns home from work.
HOW TO USE AIRCRACK IN VIRTUAL MACHINE CRACK
You don’t have to know anything about what that means, but you do have to capture one of these handshakes in order to crack the network password. To capture a 4-way handshake because WPA/WPA2 uses a 4-way handshake to authenticate devices to the network. Now next step is to capture the packets with the help of Airodump-ng package which is again pre-installed in your Kali Linux machine.
HOW TO USE AIRCRACK IN VIRTUAL MACHINE MAC
Here in below screen, we’ll go with first network whose Name is “ Chetan Soni” and their BSSID is “ C4:F0:81:A1:0C:99” and Channel no is 9 with Encryption type is WPA2-PSK.īSSID (Base Service Set Identifier) is nothing but your device’s mac address. Now type “ airodump-ng wlan0mon” to see all the networks near by your device/card with all the best possible information which we required like BSSID, Channel No, Enc Type, ESSID (name of the wireless network) etc. Now you can see that, a monitor mode has been enabled on same wireless card with new name “ wlan0mon” which we’ll further use for scanning and exploitation. To start, just type “ airmon-ng start wlan0” in your same terminal.
Now next step is to put your wireless interface into monitor mode so that it can be able to capture/inject packets. So the first step is to connect your USB wireless adapter into your Kali Linux Virtual Machine which you can easily confirm/check it by typing “ iwconfig” in your terminal.Īs you can see the the output of “ iwconfig“, a wireless interface is now showing named as “ wlan0“, it means your USB wireless adapter is attached and working. Today, in this article we’ll discuss a simple brute force dictionary attack with the help of Aircrack tool which is already been installed on all Kali Linux versions. These attacks provide the ability to decrypt/encrypt traffic but do not allow the attacker to fully join the network as a legitimate user. When attacking WPA-PSK authentication, the attacker also has the ability to decrypt/encrypt traffic since the PMK is recovered.Įncryption attacks are just emerging against WPA networks. WPA/WPA2 vastly improves the security of wireless networks however, the extra protection comes at the price of added complexity to the protocol. Although WPA was developed with security in mind, it does have its own flaws that we can take advantage of.Īt a high level, WPA attacks can be broken down into two categories:Īuthentication attacks are the most common and yield direct access to the wireless network.
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