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This guide is about virtualizing Kali Linux inside of VirtualBox, allowing you to have a Kali VM. This is a great way to use Kali, as it is completely separate from the host, allows you to interact with other VMs (as well as the host machine and other machines on the network), and allows you to revert to snapshots.

You may wish to follow our other guide if you are trying to install VirtualBox on Kali Linux.

The guide below is what we use to generate our pre-made Kali Linux VirtualBox images. You may alter this to your needs. We always generate the images using the latest version of VirtualBox.

You may need to enable virtualization in your BIOS/UEFI for (e.g. Intel VT-x/AMD-V)

Wizard
Upon starting up VirtualBox, select “New” (Machine -> New).

vb-01.png

The next screen is “Name and operating system” which is where you name the VM. This name is also used in any filenames (such as the configuration, hard disk and snapshot - which isn’t changed from this point).

We are keeping it generic in this guide (as Kali is a rolling distribution, and we update it), however for our releases, we use the version number in the name as it is a fixed release
(kali-linux-YYYY.N-vbox-ARCH. Example: kali-linux-2022.1-vbox-amd64).

For the “Type”, we set it as Linux. For the “Version”, we are going to be using the x64 desktop image, so we are going to select Debian (64-bit).

vb-02.png

“Memory size” is the next section, where we can define how much RAM to use. Again, the higher the amount of RAM, the more applications can be open and at increased performance. Various tools inside of Kali can be demanding of resources. When we make the general VMs, we select 2048 MB (2GB) for RAM, but we often increase this for our personal machines as we have high-performing devices with spare RAM which Kali can utilize.

vb-03.png

This screen below, “Hard disk”, allows us to Create a new virtual disk now.

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For the “Hard disk file type”, we select VDI (VirtualBox Disk Image) (and its the default option).

vb-05.png

For the following screen, “Storage on physical hard disk”, we go with the default option of Dynamically allocated.

vb-06.png

Now with “File location and size”, we can now define how large the virtual hard disk will be. We use 80.00 GB for our VMs.

vb-07.png

After clicking on “Create”, the wizard is complete.

Now we click on “Settings”, to customize the VM further.

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In “General” -> “Advanced”, we make sure to set “Shared Clipboard” to bidirectional, as well as “Drag’n’Drop” to bidirectional

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In “System” -> “Motherboard”, we change the “Boot Order” to make sure Hard Disk is top and Optical is the second. Everything else is disabled.

vb-10.png

In “System” -> “Processor”, we increase the “Processor(s)” to be 2.

At the same time, we also enable “Extended Features” for Enable PAE/NX.

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In “Display” -> “Screen”, we make sure to have “Video Memory” set to 128 MB

Another item to point out is to make sure that “Accelerated 3D graphics” is disabled, as people have reported that causes issues.

vb-12.png

The final settings view looks like the following:

vb-13.png

When we are ready to go, press “Start”.

The first time we run it, we will get a prompt saying do we wish to mount an image to use as a “start-up disk”. We want to use our Kali image, rather than a physical drive, so we select the icon to the side of the drop down.

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A new pop up will open, “Optical Disk Selector”. We will now press “Add”, then navigate to where our ISO is located.

vb-15.png

After pressing “Open”, we can see its been added, so we make sure its selected and press “Choose”.

vb-16.png

All that is left now to do is press “Start”.

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After all this is done, we save, start up the VM, and then continue installing Kali Linux as we normally would for a bare metal install.

During Kali Linux setup process, the install wizard should detect if its inside a VM. If it is, should then automatically install any additional tools (such as virtualbox-guest-x11) to give a better user experience.
 
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