Hello, aspiring ethical hackers. In our previous blogpost on WiFi hacking, you learnt about different ways wireless networks are compromised. In this article, you will learn about airgeddon, a multi use bash script to audit wireless networks.

Using airgeddon, we can perform DoS stress testing, deacloaking, offline WPA/WPA 2 password cracking, evil twin attack, WPS attack and WEP attacks on target wireless network.

Let’s see how this tool works. For this, we will be using Kali Linux as airgeddon is available by default in its repositories. We will also need a wireless adapter that can monitor wireless packets. I am using ALFA AWVS036NHA adapter for this article.

If you get any error regarding “caplets” while installing airgeddon, you can install it from GitHub as shown below.

Note that airgeddon requires SUDO privileges to work. It can be started using command shown below.

sudo airgeddon

Airgeddon will check if all the essential tools it requires are present on the system.

Then, it will prompt you to select the interface you want to work with.

After selecting the network interface, menu of airgeddon is displayed.

First, let’s put our interface in monitor mode. That would be option 2.

As you can see in the Airgeddon’s menu, many attacks can be performed using this tool. For this article, let’s select the WPS pin attacks. This will display the sub menu of WPS attacks as shown below.

You can see various WPS pin attacks that you can perform using this tool. Let’s first scan the targets. Use option ‘1’.

After scanning and selecting your target, let’s crack the WPS pin using install Pixie dust attack with Bully.

Assign the BSSID, channel, timeout and other options as shown below.

This will start cracking the WPS pin. Note that cracking of WPS pin can sometimes take many hours. Next, learn about wifipumpkin, a wireless rogue access point creation framework.

Hello, aspiring ethical hackers. In our previous blogpost, you have learnt how to crack a WPA/WPA2 passphrase with aircrack. In this article, you will learn about another such tool cowpatty.

Cowpatty is a WPA-PSK, WPA2-PSK auditing tool that can be used to identify weak passphrases of an SSID with WPA, WPA2 enabled. Cowpatty does offline cracking of passwords and as it works offline, it needs packet capture file (pcap) with WPA handshake captured.

Let’s see how this tool works. For this, we will be using Kali Linux as cowpatty is installed by default on it. We will also need a wireless adapter that can monitor wireless packets. I am using ALFA AWVS036NHA adapter for this article.

The role of Cowpatty in Wi-Fi auditing starts after the wireless networks data is captured in a PCAP file. Notably, this data should include a WPA handshake, a process where a client connects to the wireless access point with WPA/WPA2 enabled. This can be done with airodump-ng (a tool included with aircrack) or kismet or Fern wifi cracker.

Before beginning to crack the passphrase, cowpatty can be used to check if the packet capture file has all the necessary data to start cracking against WPA2?PSK passphrases. For example, here we are trying to capture wireless traffic of a network named “Hackercool_Labs” and saving the capture data to a file named “wpa-crack-03.cap.

Once all necessary data is collected, we can crack the WPA2 passphrase as shown below. As you can see, the passphrase is “Snowwhite”.

Here is the explanation for the options specified in the above image.

-r: This option is used to specify the the packet capture file.

-f: path to the wordlist to be used for dictionary cracking (here we are using rockyou.txt).

-s: SSID of the wifi access point you are trying to crack.

If cowpatty succeeds is cracking WPA2 passphrase, it means the wifi security is weak and the password needs to be changed immediately.

Next, learn how to crack any WIFI password automatically with Besside.

Hello, aspiring ethical hackers. In our previous blogpost on wifi hacking, you learnt what is a rogue access point and why hackers or pentesters use it. In this article, you will learn about Wifipumpkin 3, a powerful framework for creating rogue access points. The features of wifipumpkin 3 are,

• 1. Creating Rogue access point attack
• 2. Performing Man-in-the-middle attack
• 3. Performing deauthentication attack
• 4. Module for extra-captiveflask templates
• 5. Creating Rogue DNS server
• 6. Performing captive portal attack (captiveflask)
• 7. Intercepting, inspecting, modifying and replay web traffic
• 8. WIFI networks scanning
• 9. DNS monitoring service
• 10. Credentials harvesting
• 11. Phishkin3 (Support MFA phishing attack via captive portal)
• 12. EvilQR3 (Support Phishing QR code attack)
• 13. Transparent Proxies
• 14. RestFulAPI (new)
• and more!

Let’s see how to create a rogue access point using this tool. For this, we will be using Kali Linux as this tool is present in its repositories by default in it. We will also need a wireless adapter that can monitor wireless packets. I am using ALFA AWVS036NHA adapter for this article.

It can be started using command as shown below.

sudo wifipumpkin3

Here’s its nice artwork once started.

To see all the commands that can be run using wifipumpki3, use the command shown below.

help

To see all the available modules of Wifipumpkin3, use the “show” command.

show

To use any module, we have to use the command “use” literally.

use <module name>

For example, let’s load the wifi-wifiscan module. As its name implies, this module of wifipumpkin scans for all wireless access points and devices trying to connect to them.

We can see all options of a module by using the “options” command as shown below.

This module just requires the name of the wireless interface which can be set as shown below.

After all options are set, we need to use “run” command to execute the module. Then, the module displays all access points as shown below.

Select the access point you want to target. For this blogpost, we will select “Hackercool_Labs” access point. We want to create a rogue access point for this access point. For this, go back and use “Proxies” command to see all the available proxies.

As you can see, a proxy named pumpkinproxy is enabled by default. A rogue access point should provide internet just as the original wifi access point of which we are creating a rogue in order not to raise suspicions. Use “ap” command to view all the settings for our rogue access point.

We can change any options we want as shown below. Let’s change the SSID to “Hackercool_Labss” from “Wifi Pumpkin”. The name of the rogue access point should be almost similar to the original one. Here, we added extra “s” so that you can differentiate easily.

We can use “start” command to start the access point. Note that this access point is “open” and has no password. When any client connects to the rogue access point assuming it as the original one, the tool identifies the device as shown below.

We can see their browsing data to some extent. For example, our client is trying to visit Facebook.

Instead of allowing clients to directly connect to our rogue access point, we can present a login page to the client. For this, we have to use the captiveflask proxy.

Now, as soon as anybody connects to our rogue access point, he/she will be presented with a login screen as shown below.

As soon as the user enters credentials assuming that he connected to the original access point and it was prompting for credentials for some reason,

wifipumpkin 3 captures and displays the credentials as shown below.

Thus, we can capture credentials using this. To see all the devices connected to our rogue access point, we can use “clients” command.

We can even see all the information about connected devices using “dump” command.

Hello, aspiring ethical hackers. In our previous blogpost on wifi hacking, you learnt what is a WPS pin, why it is used, it’s strengths and weaknesses etc. In this article, you will learn about Reaver, a tool that brute force attacks WPS pins in order to retrieve WPA/WPA2 passphrases.

Let’s see how this tool works. For this we will be using Kali Linux as reaver is installed by default on it. We will also need a wifi adapter that allows packet monitoring. For this, we will be using ALFA AWVS036NHA wifi adapter.

After turning on Kali and plugging in the wireless adapter, the first thing we need to do is enable monitoring mole on our wireless adapter as shown below. Monitoring mode allows the wifi adapter to see all the available wireless networks.

Let’s use airodump to dump all the wifi access points it is monitoring.

Here are the wifi access points detected by our adapter.

We can also use wash to detect WPS enabled access points.

Next, we have to set our target. For this tutorial, we will be setting “Hackercool_Labs” access point as our target. We need to note its MAC address. Then, use reaver as shown below.

Here is the explanation for the options we set.

-i: interface

-b: -bssid or MAC address of the wireless access point.

-c: Channel on which this access point is advertising.

-V: Verbose output

Reaver starts trying to crack the WPS pin as shown below.

You can even use Pixiedust attack to crack WPS pins by specifying the “-k” option.

You can even specify the channel of the wifi access point for quicker cracking using the ‘-c’ option as shown below.

Depending on the access point, reaver can take between 4-10 hours to retrieve the WPA/WPA2 passphrase from the WPS pin while it takes around half of this time to crack the WPS pin itself. Learn how to crack WPS pins with Bully tool.

Hello, aspiring ethical hackers. In our previous blogpost, you learnt everything about wifi hacking. In this article, you will learn about kismet, a wifi security assessment tool.

Kismet is a wireless network and device detector, sniffer, war driving tool and intrusion detection system (WIDs) for not just wifi but also Bluetooth, Zigbee, RF and more. Let’s see the working of this tool. For this, I will be using Kali Linux as kismet is installed by default on Kali or is present in its repositories. We will also be needing a wireless adapter that can monitor wireless packets. I am using ALFA AWVS036NHA adapter for this article.

First thing we do is to plugin the adapter to the system and check if it is connected to the device using command shown below.

iwconfig

In the above image, you can see our wireless interface is named “wlan0”. Next, we start monitor mode on our wireless adapter using command as shown below. Monitor mode allows the adapter to scan for all wireless networks in the air.

sudo airmon-ng start wlan0

We can confirm if monitor mode is enabled on the adapter by once again using “iwconfig” command.

As you can see in the above image, the mode of the adapter changed from managed to monitor and its name changed to wlan0mon from wlan0. Now we have to start kismet on this interface. It can be done as shown below.

sudo kismet -c <wireless interface>

kismet starts capturing data immediately as shown below.

You can see the wireless network and wireless devices in a browser with the link given at the beginning of the capture. The URL is “localhost:2501”. Go to the URL using a browser. As soon as you do that, you will be faced with a login screen as shown below.

Since you are setting up kismet for the first time, set a username and password and most importantly don’t forget them.

Then click on “Continue” to see the interface of kismet.

Kismet will show you all the wireless access points it has detected.

While the top shows all the wifi access points and client devices, in the bottom you can see messages. Just beside the “messages” tab there is a “Channels” tab where you can see all the channels and active devices on each channel.

Coming to the top, while devices tab shows you all the wireless devices, clicking on the SSIDs tab displays all wireless access points. You can even search for a access point of your choice. For example, let’s search for wifi access point named “Hackercool_Labs”.

Clicking on the resulting entry shows more details about the wireless access point as shown below. We can see that the access point is a router from TP-Link.

It will also show the MAC addresses of the devices or clients connecting to this particular access point as shown below.

We can even learn more about the devices connecting to this access point. For example, the device that connected to our target access point is a mobile from Xiaomi. Similarly, we can identify other devices like cameras, smart devices etc.

We can learn the channel on which it is running and its frequency.

To the top left, there is a kismet menu.

Click on “Data sources”. This will give you information from where your data is coming.

By default kismet hops from one channel to another channel (channels are explained in our wifi hacking article) to collect information. You can even lock kismet to a single channel. For example, say 7.

That’s all for now. In our future updates we will show you what more you can do with kismet. Learn about wifipumpkin3 tool.