![]() ![]() Did you encounter any problems during installation? If yes, please don’t hesitate to let us know in the comments below.Raspbian is the main operating system for the Raspberry Pi, but there are quite a few alternatives. Up to this point, I believe you can now perform penetration testing or any vulnerability scanning with much ease. This article has given you a step-by-step guide on installing Kali Linux on the Raspberry Pi. We will do a simple Nmap scan on a device connected to our network using the command below. Nmap is an information-gathering tool that scans for devices on a network, the operating systems and services running on these devices, and much more. Now that we have Kali Linux up and running on our Raspberry, what would be better than trying out one of the most popular security tools – Nmap. ![]() sudo reboot nowĪfter the system is back online, we recommend upgrading to ensure you are running the latest packages and repositories. Reboot the system to apply the new configurations. This line is commented by default, and Uncomment it by deleting the # sign. On the file that will open, look for the lin disable_overscan=1. Launch the Terminal and open the /boot/config.txt file with the nano editor as shown below. However, it’s also straightforward to disable it. Most Kali Linux ARM images come with overscan enabled. Overscan excludes a few pixels from each corner of the screen, preventing the Desktop screen from filling up to the monitor’s edges. If you can see black edges/ black borders around the monitor, you need to fix the overscan. Flash!: Click this button to start the flashing process.Select target: Use this option to select the target storage device where you want to flash the image.Flash from file: Use this option to select the Kali Linux image file you want to flash on the SD card.When you first launch Etcher, you will see a window similar to the image below. Also, ensure you have formatted your SD card using either Ext4, NTFS, and FAT32. For Linux users, you can efficiently run Etcher using the AppImage file. Download and install Balena Etcher on your PC. It’s available for Windows, Linux, and macOS. However, for this post, we will use the Balena Etcher app. There are different tools that we can use to d that. Once you have downloaded the image on your PC, we need to flash it on the Micro SD card. This process might take quite some time since the file is around 2 GB. In our case, we will download the Kali Linux ARM image for Raspberry Pi 4. However, if we were trying to install an application, we could have used software like Bo圆4 or Box86, which allows installing an x86-64 application on the Raspberry Pi ARM. At the same time, the Raspberry Pi runs the ARM architecture, and this architecture incompatibility makes it impossible to install the x86-64 Kali Linux ISO on the Raspberry Pi (ARM). This is because the computer uses an x86-64 architecture. Download the Kali Linux ARM imageĪs discussed above, we will not use the standard Kali Linux ISO that you use to install Kali on your laptop. Once you have everything in place, follow the steps below. ![]() ![]() Additionally, we will need to update our system after the installation. That will come in handy when configuring DHCP and time zones. However, you will need a display monitor for this project since the installation is done graphically. With other projects, we always give an option of using VNC or SSH. Even though you can still download the ARM images for Raspberry Pi 2 (v1.2), 3, 4, 400 (64-Bit), and Pi Zero, we highly recommend using a Raspberry Pi 4 board. The requirements we will need for this project include: ![]()
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