I recently purchased the WIFI USB adapter from Alfa, model AWUS036AC. I downloaded the latest Linux driver from their website AWUS036AC_036EAC_ACH_linux_v4.3.8_12175.20140902, but unfortunately being a beginner to Linux, I have no idea how to install it and there are no real instructions. The pc I am trying to install this adapter is running a dual boot of Windows 10 and Ubuntu 15.4.
Under MacOS, the driver is much better. And under Linux, several are being developed at once, and nowhere are there any problems with Windows. However, on all OSs, AWUS1900 can decide that it is connected to USB2.0, even if the wire is in USB3.0. According to the site, the adapter should automatically switch modes depending on which port is inserted, and it works every other time. Perhaps in the following revisions this will be fixed. Alfa AWUS1900 is the best monitor mode WiFi adapter in our list
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ALFA AWUS036NHA is built on the atheros ar9271 chipset, the adapter does an excellent job with the functions of wardriving, testing for penetration of wireless networks and solving non-trivial tasks.
The ALFA 036NHA adapter works great with the Kali Linux operating system, ar9271chipset is one of the best chipset you can ever find.
Cheap wireless adapter for kali Linux TP link TL WN823N is a wireless WiFi adapter that is designed to connect your computer to a WiFi network for future use of the Internet. This adapter has a compact size and is connected to the computer via a USB connector with a very cheap price.
They work very well for transferring data or grabbing handshakes. I think that all representatives of the Wireless-AC and Intel Centrino Advanced-N lines support monitor mode and wireless injections. Therefore, Intel internal adapters help me when I cannot use Alfa external adapters. But, of course, you need to make a correction for the absence of external antennas.
Popular chips and their features
It may seem that choosing a USB adapter for auditing wireless networks is simple. In theory, enough to buy any device with a suitable chip, and you can go to conquer the access point. In practice, there are plenty of unobvious things and important details.
I can't get the wireless utility to run under 10.14 either. Just installed the new driver and the utility won't open up with the internal Wi-Fi on or off. It worked great before I upgraded. I hope there's a fix for this coming as I'm on a boat in the Bahamas and really need the boost!
To get started hacking 5 GHz networks, we'll need a network adapter with the proper chipset. The Alfa Wireless AWUS036ACS is a dual-band network adapter that offers both 2.4 and 5 GHz reception in a single feed line, and it can be combined with a long-range directional antenna like the Simple Wi-Fi 2.4/5 GHz Yagi antenna. While the AWUS036ACS driver is not plug-and-play with Kali Linux, it's simple to install on both Kali and Ubuntu systems.
To get started with hacking 5 GHz networks, you'll need a wireless network adapter that supports 5 GHz and preferably 2.4 GHz. The Alfa AWUS036ACS 802.11ac AC600 Wi-Fi Wireless Network Adapter does a great job.
Thanks to popular demand, Kali Linux has included the RealTek drivers needed to control many 5 GHz adapters. The installation process on Kali is by far the most simple, but it's critical to update and upgrade your system before doing so. Keep in mind that on a slow connection, it can take quite some time.
If you can see the adapter when running ifconfig or ip a after installing the driver, we can move on to trying to put it into monitor mode to verify it works. First, we'll need to bring the interface down to put it into monitor mode. Make sure to replace wlan0 with the name of your wireless card.
While network adapters like the Alfa Wireless AWUS036ACS may not be plug-and-play with Kali Linux, they are well supported and easy to get set up in only a few commands. Once you've got the drivers installed, you can easily use familiar tools like Wireshark to capture data on 5 GHz networks the same as 2.4 GHz networks. Thanks to these cheap and easy-to-set-up network adapters, a directional antenna can let a hacker manipulate 5 GHz networks from extreme distances on a budget.
To hack a Wi-Fi network, you need your wireless card to support monitor mode and packet injection. Not all wireless cards can do this, but you can quickly test one you already own for compatibility, and you can verify that the chipset inside an adapter you're thinking of purchasing will work for Wi-Fi hacking.
These devices may seem a little complicated at first, but they're pretty simple. Each wireless network adapter has a chip inside of it that contains its own CPU. This chip, along with the other circuitry in the adapter, translates signals from your computer into radio pulses called "packets," which transfer information between devices. Choosing a Wi-Fi adapter requires you to know about a few things, such as the chipset inside, the antenna in use, and the types of Wi-Fi that the card support.
A good place to start when looking up the chipset of a wireless network adapter you're considering buying is Aircrack-ng's compatibility pages. The older "deprecated" version still contains a lot of useful information about the chipsets that will work with Aircrack-ng and other Wi-Fi hacking tools.
Aside from Aircrack-ng's website, you can often look up card details on a resource like the WikiDevi database, which allows you to look up details on most wireless network adapters. Another resource is the list of officially supported Linux drivers, which includes a handy table showing which models support monitor mode.
Once you've determined the chipset of the device you're considering, you should be able to predict its behavior. If the chipset of the wireless network adapter you're considering is listed as supporting monitor mode, you should be good to go.
Aircrack-ng also lists a few cards as best in class on its site, so if you're interested in more suggestions, check it out (some of the ones listed above are also on its list). Also, check out our head-to-head test of wireless network adapters compatible with Kali Linux.
If you already have a wireless network adapter, you can check pretty easily if the chipset inside supports monitor mode and packet injection. To start, plug in the network adapter and then open a terminal window. You should be able to determine the chipset of the network adapter by simply typing lsusb -vv into the terminal window and looking for an output similar to below.
Testing for packet injection is fairly straightforward to test thanks to tools included in Airplay-ng. After putting your card into monitor mode in the last step, you can run a test to see if the wireless network adapter is capable of injecting packets into nearby wireless networks.
A powerful wireless network adapter with the ability to inject packets and listen in on Wi-Fi conversations around it gives any hacker an advantage over the airwaves. It can be confusing picking the right adapter for you, but by carefully checking the chipset contained, you can ensure you won't be surprised when you make your purchase. If you already have an adapter, putting it through its paces before using it in the field is recommended before you rely on it for anything too important.
I hope you enjoyed this guide to testing your wireless network cards for packet injection and wireless monitor mode. If you have any questions about this tutorial on Kali-compatible wireless network adapters or you have a comment, feel free to reach me on Twitter @KodyKinzie.
Check the specifications of your wireless network adapter: You can check the documentation or the manufacturer's website to see if your wireless network adapter supports monitor mode and packet injection.
Check if the wireless network adapter is compatible with a tool such as aircrack-ng: Aircrack-ng is a popular tool used for wireless network analysis and is compatible with many wireless network adapters that support monitor mode and packet injection. You can check if your wireless network adapter is compatible with aircrack-ng by visiting their website.
Use a tool to check if your wireless network adapter supports monitor mode and packet injection: You can use a tool such as Wireshark or aircrack-ng to check if your wireless network adapter supports monitor mode and packet injection. These tools will be able to detect if your wireless network adapter supports monitor mode and packet injection.
Keep in mind that not all wireless network adapters support monitor mode and packet injection, so if your wireless network adapter does not support these features, you may need to purchase a new adapter that does support them.* ff782bc1db