1. Hack Into Router With Mac Filtering Enabled Windows
2. Mac Filtering Router
3. Mac Filtering Wifi
4. Hack Into Router With Mac Filtering Enabled Password
5. Hack Into Router With Mac Filtering Enabled Iphone

Hello friends, In this tutorial, I’m going to show you how to hack wifi. Many of my friends were asking me to write a tutorial on hacking wifi, so here it is.

Here’s an example of Belkin Play Max F7D4401 v1 router. It has a MAC Address Filtering feature where you can set up a list of allowed clients and use the wireless connection. Other than that, some time limited shareware such as Hotspot Shield that uses your MAC address to keep track of the free usage. If the trial period has expired or is. Oct 15, 2010  Then once you have those 12 alpha-numeric characters, you log into your router's wireless configuration menu. There will be a menu tab enabled Wireless MAC Filtering. Go into that menu and add those 12 characters into the list of MAC addresses already in there and save it. Exit your router setup menu, and you should be good to go. Nov 28, 2015  MAC filtering, or MAC white- or blacklisting, is often used as a security measure to prevent non-whitelisted or blacklisted MAC addresses from connecting to the wireless network. MAC Address stands for media access control address and is a unique identifier assigned to your network interface. With MAC filtering you can specify MAC addresses.

You probably want to hack wifi because you want to enjoy free Internet.

For me, this was my only motivation to hack into someone’s wifi. This was the only reason for me at least.

I don’t know about you… but I guess you too want to enjoy free Internet.

So… here is the guide which will show you how to hack wifi step by step. I wrote this tutorial in such a way that every beginner will easily be able to crack any wifi. This is a step by step approach into hacking wifi.

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In this tutorial I’mg going to use the hackers OS.

Yes… the hackers OS which is Kali Linux.

I’m quite sure that you already know about Kali Linux and what it is used for. It is the most used hacking Operating System. The other one is Parrot OS. Which is also quite popular.

Also as a side note, I have written a tutorial on how to install parrot os, you can read it if you want to.

But for this tutorial, I’m going to use Kali Linux for wifi hacking. I’m running a live version of kali which is very cool.

Just in case you don’t know, live version means you are directly running the OS without having to install it on your disk.

Now, let us have a look at the types of WiFi Networks that you can find in your neighborhood.

1. Open Networks (You gotta be kidding me)

These types of networks don’t have any password to them. Anybody can connect to wifi a network that is open. I’m pretty much sure that nowadays you won’t find any wireless network with an open router configuration. If you have found one then you are very lucky.

2. Mac Filtered (Ummm… Not so secure)

Some people use mac filtering for their wifi security. In this type of wifi security, a person uses a whitelist to allow some devices, based on mac address to connect. Or a person can use a blacklist to block specific mac addresses that are not able to connect to the wireless network. This type of security is very easy to set up and does not requires much effort.

3. WEP (Easily hackable)

The WEP stands for Wired Equivalent Privacy. Wifi networks using WEP security are the easiest target for hackers because it has many vulnerabilities. So if you see a wifi network that is based on WEP security that you can easily hack that network. This security standard is not used by routers anymore. In the modern wireless routers, you won’t be able to find WEP option.

4. WPA (This person knows something about security)

This is the next version of WEP security. It stands for Wi-Fi Protected Access. It is somewhat better than WEP but not completely secure.

5. WPA2 (Pretty secure)

The WPA2 is very secure and can’t be hacked easily. Wifi networks using WPA2 security are considered as secure. But you surely can hack a WPA2 enabled wifi network but it will require more time.

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How To Hack WiFi Passwords WPA & WPA2

Anyways, enough talking let’s jump right into hacking wifi networks.

But before you go ahead and hack your neighbor’s wifi, let me warn you! And here is a quick disclaimer for you.

So let’s start.

Now, if you want to hack wifi, you first need to discover all wifi networks around you. You’ll also need to get the information about the wifi networks that are within your wireless card range.

Of course, you can have a look at all the wireless networks by clicking on the connect wifi icon.

But this is not much help. You need to gather more information about the wireless network that you want to hack.

So, to do this you’ll need to change your wifi card to monitor mode. By default, it is in managed mode.

It is not a complex process, just follow the following simple steps:

Step 1: Find your wireless card name.

Simply run the command–iwconfig wlan0

Hack Into Router With Mac Filtering Enabled Windows

You can see that the mine wireless card is named wlan0 and it is running in managed mode. To find your wireless card name simply run the command–iwconfig

Step 2: Run the following series of commands.

Also remember, if you are running these commands and not seeing any error then the commands are executing successfully.

Don’t think that if you are not getting any output, then the commands are not executing.

ifconfig wlan0 down

This command will turn off your wireless card. You need to run this command to make sure, you don’t have any error while trying to change the wifi card to monitor mode. Once you have turned off your wifi card run the next command.

iwconfig wlan0 mode monitor

Now, this is the command which will turn the mode of your wireless card to monitor mode.

ifconfig wlan0 up

Once you have changed the mode to monitor mode, you’ll need to turn on the wifi card.

That’s it, now you are in monitor mode and you can easily sniff packets from the wireless networks around you.

Mac Filtering Router

Just to make sure, perform the optional step 3.

Step 3: Check if you are in monitor mode.

Again run the command–iwconfig wlan0 and check the mode part. If it’s written monitor in front of it, you are good to go.

Run the command–airodump-ng wlan0 to see all the wifi networks around you.

Now, you’ll be able to see all the networks within your wifi range. You are able to see these network only because you’ve turned the wifi to monitor mode.

Now, you have successfully discovered information about the wireless networks around you. Let’s move onto the real stuff now.

In this wifi hacking tutorial, our primary focus is on hacking WPA and wpa2 wifi networks.

Because these are the two widely used wifi encryption techniques, the focus of this tutorial will also be on these encryption types. Since these are the most used encryption techniques, you’ll be able to hack the majority of wifi networks around you.

So to hack WPA and wpa2 wifi networks, you need to capture a handshake packet from the wifi network that you are trying to hack.

Think a handshake packet like a request which is sent to the wireless router every time a new client connects to it. This client needs to have all the credentials like a password in order to connect to the router.

So our first step is to capture the handshake packet. But remember, we can only capture this handshake only when a new client connects to the router.

Step 1: Capture the handshake packet.

So let’s first have a look at all the networks available.

Simply type airodump-ng wlan0

Now it will list all the wifi networks within your wifi card range. You can see I have only one access point available within my wireless card range.

• The first column BSSID is the MAC address of the access point (means our router).
• CH stands for the channel, it is the channel which the router is using to transfer the signals.
• ENC stands for encryption and it tells the type of encryption a router is using. In my case, it is WPA encryption.
• At last ESSID is the actual name of the wifi network.

So now you have some understanding of a few of the important columns. Let’s work now to hack this wifi network.

Run the above command and look for the wifi network which you are trying to hack.

So here, I’ve set up a network named hackingpress.com. This access point is going to be my target. You find your’s and follow each of the steps that I implement on this wifi network.

First, I will gather more information about this single wifi network, I will use the following command–

airodump-ng –bssid [bssid] –channel [channel] –write [filename] [interface]

This command will look like this in my situation:

The final command in your situation will be different. So make sure you run the command by supplying it the correct information. Otherwise, it will not work.

So once running this command, I’ll have all the details of this wifi network.

As you can see, there are two blocks in the image above. The first is listing all the information about the wifi network that I selected above.

And…

…the second block here is giving information about the devices that are connected to selected wifi network.

So…

…you can see, only one device is connected to this wifi network. Also, keep in mind I’m doing all this to capture the handshake. You also need to capture the handshake packet in your case.

But remember, what I said earlier…

…we can only capture a handshake only when a new device connects to the network.

Now you might be thinking that I’ll have to wait for a new device to connect to the network in order to get the handshake packet.

But, I got a little trick. I can disconnect this connected device from the wifi network using a simple command. Once the device is disconnected it will automatically try to connect to the network again. That is when a handshake packet will be captured.

I’ll simply run the command–

aireplay-ng –deauth [no. of packets] –a [MAC address of router] –c [MAC address of the device connected to the wifi]

The command will look like this:

Now, once I run the command the aireplay-ng program will send 4 deauthentication packets to the client device. This will make the client disconnect and reconnect to the wifi network and boom… I have now got the handshake packet.

A huge chunk of work is done now.

Step 2: Create a wordlist file

The next step is to create a wordlist file. The wordlist file will be used in the next step to crack the WPA password.

With crunch, we will create all the combinations of the letters that we think is in the wifi password.

For example, let’s say I know that this wifi network has a password which contains characters abc12345, but don’t know in which order. Also, I know the password is 8 characters long.

Now, one way is that I can try all the possible combination of these characters to connect to the wifi network.

The other way is that I’ll use the crunch utility to create all the possible combinations of these characters which have a length of 8. I’ll use this list against the handshake packet that I captured earlier.

I hope, you got the idea why we are using the crunch software.

Here is the basic syntax of the crunch that we are going to use:

crunch [min] [max] [characterset] -o [output filename]

Now I’ll create a wordlist file which has characters abc12345. The min and maximum length of the password will be 8 which will be stored in a file name my-wordlist in my case.

You can name it anything.

Once the wordlist is ready. We just need to crack the wifi password.

Step 3: Actually hacking the WiFi

We’ll use aircrack-ng to hack the wifi password.

Here is the syntax of the aircrack-ng command–

aircrack-ng [handshake-file] -w [wordlist]

In my case the command will look like this:

After supplying the handshake file and the wordlist file to the command hit enter, it will start the cracking process.

The aircrack-ng uses a special technique to check each wifi password stored in the wordlist file against the captured handshake. Once a match is found it will tell you the wifi key which can be used to connect to the network.

Now, we have successfully hacked the wifi network. The key found is abc12345, which is correct. Once you have found the key for your desired WiFi network, you can use to connect to it.

Rundown: How To Hack WiFi Passwords WPA & WPA2

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So this was all about how to hack wifi using Kali Linux. As you can see the process of hacking wifi is very simple. You just have to follow some series of commands to hack any wifi network.

With the method above you can hack any WiFi network of encryption type WPA or WPA2. In the coming days I’ll be updating this post regularly to give you more methods on hacking wifi, so make sure you bookmark this page.

I hope this post was helpful for you!

If you have any doubts and queries, please leave a comment below. I’ll love to hear from you!

Hackers and penetration testers across the globe spend a lot of time finding vulnerable wireless routers or access points enabling them to freely use open networks or those with weak encryption.

Though these vulnerabilities get fixed with each new iteration of routers and firmware upgrades, fresh opportunities keep appearing for hackers to look into.

Security researchers have revealed a vulnerability in the WPS protocol of routers. WPS (WiFi Protected Setup) uses a hard-coded PIN number that is pre-stored in routers allowing for easy wireless connections with various devices.

A discrete flaw in the protocol’s implementation of the request-response model makes it relatively easier to crack as compared to WPA or WPA2 (WiFi Protected Access) password.

An open-source version of an attack tool called Reaver has been developed by Craig Heffner of Tactical Network Solutions to tap into this specific security hole in WPS-enabled routers.

In WPS mode, this PIN can be used by a connecting device to retrieve the router’s configuration settings directly without any user intervention. There is neither a need to remember a password nor to reach for admin settings in the router’s interface.

To be able to hack, a WiFi scanning application like Linux utility “airodump-ng” helps the user to know the MAC address of any router while a few routers like the one shown above have them printed on the physical device itself.

sudo airodump-ng -i wlan0

Here sudo grants root access to the user. This command will show you all the routers in the vicinity, their MAC addresses along with loads of other useful information.

Next, be sure to disconnect from all other WiFi networks. Before mounting any attack, the wireless adapter of the attacking device (a computer running Linux) also needs to be put into monitor mode with the use of the following commands:

sudo ifconfig wlan0 down

sudo ifconfig wlan0 mode monitor

Mac Filtering Wifi

sudo ifconfig wlan0 up

The commands ifconfig and iwconfig control network configuration and wireless configuration respectively.

Now, the reaver command can be used to launch the attack directly. The only two requirements for reaver command are the wireless interface and MAC address, both of which we have collected above. So now the command that needs to be run is:

sudo reaver -i wlan0 -b 00:0a:0b:0c:0d:0e

Hack Into Router With Mac Filtering Enabled Password

A number of other options or settings are available as well for reaver command which can be seen in its help page.

Some of these can be used to tweak the command to wait for response signals for slow routers or to clear out failed attempts. But the above two (-i and -b) are enough to do the trick for the majority of routers.

The router might lock up in between requests but the command is intuitive enough to pick up right from the place where it gets stuck through continuous polling of the access point.

In a few minutes or hours, the command would cough up the SSID and Password (WPA PSK) of the attacked router.

MAC filtering does not help to prevent the attack since a network scanner can gulp the MAC addresses of devices already connected to the victim router.

These stolen MAC addresses can be spoofed on the attacking device’s network device so as to trick the router into considering it as a valid device.

Hack Into Router With Mac Filtering Enabled Iphone

This attack has the potential to cause wide-scale damage since the attacking device can just be left in the vicinity of the target network and controlled remotely.

Hence, it can be deduced that WPS protocol which was actually designed to make routers more secure has, in fact, left them even more vulnerable to hacking attacks.

As they say, prevention is better than cure, the only way out to be thoroughly ascertained that your wireless network is not compromised is to buy a router that has no WPS provision, either through a physical switch or through its admin interface. Any router supporting WPS protocol can be easily hacked through this utility called reaver.