uclayla · December 15, 2021 17:10
diff --git a/Custom Raspberry Pi (Kali) Image b/Custom Raspberry Pi (Kali) Image
 https://www.kali.org/docs/development/custom-raspberry-pi-image/

 Custom Raspberry Pi Image | Kali Linux Documentation
 4-5 minutes

 The following document describes our own method of creating a custom Kali Linux Raspberry Pi ARM image and is targeted at developers. If you would like to install a pre-made Kali image, check out our Install Kali on Raspberry Pi article.

 You'll need to have root privileges to do this procedure, or the ability to escalate your privileges with the command "sudo su".
 01. Create a Kali rootfs

 Build a Kali rootfs as described in our Kali documentation, using an armel architecture. By the end of this process, you should have a populated rootfs directory in ~/arm-stuff/rootfs/kali-armel.
 02. Create the Image File

 Next, we create the physical image file, which will hold our Raspberry Pi rootfs and boot images.

 kali@kali:~$ sudo apt install -y kpartx xz-utils sharutils
 kali@kali:~$ mkdir -p ~/arm-stuff/images/
 kali@kali:~$ cd ~/arm-stuff/images/
 kali@kali:~$ dd if=/dev/zero of=kali-custom-rpi.img bs=4M count=7000

 03. Partition and Mount the Image File

 kali@kali:~$ parted kali-custom-rpi.img --script -- mklabel msdos
 kali@kali:~$ parted kali-custom-rpi.img --script -- mkpart primary fat32 0 64
 kali@kali:~$ parted kali-custom-rpi.img --script -- mkpart primary ext4 64 -1

 kali@kali:~$ loopdevice=`losetup -f --show kali-custom-rpi.img`
 kali@kali:~$ device=`kpartx -va $loopdevice | sed -E 's/.*(loop[0-9])p.*/\1/g' | head -1`
 kali@kali:~$ device="/dev/mapper/${device}"
 kali@kali:~$ bootp=${device}p1
 kali@kali:~$ rootp=${device}p2
 kali@kali:~$
 kali@kali:~$ mkfs.vfat $bootp
 kali@kali:~$ mkfs.ext4 $rootp
 kali@kali:~$ mkdir -p root
 kali@kali:~$ mkdir -p boot
 kali@kali:~$ mount $rootp root
 kali@kali:~$ mount $bootp boot

 04. Copy and Modify the Kali rootfs

 kali@kali:~$ rsync -HPavz /root/arm-stuff/rootfs/kali-armel/ root
 kali@kali:~$ echo nameserver 8.8.8.8 > root/etc/resolv.conf

 05. Compile the Raspberry Pi Kernel and Modules

 If you're not using ARM hardware as the development environment, you will need to set up an ARM cross-compilation environment to build an ARM kernel and modules. Once that's done, proceed with the following instructions.

 kali@kali:~$ mkdir -p ~/arm-stuff/kernel/
 kali@kali:~$ cd ~/arm-stuff/kernel/
 kali@kali:~$ git clone https://github.com/raspberrypi/tools.git
 kali@kali:~$ git clone https://github.com/raspberrypi/linux.git raspberrypi
 kali@kali:~$ cd raspberrypi/
 kali@kali:~$ touch .scmversion
 kali@kali:~$ export ARCH=arm
 kali@kali:~$ export CROSS_COMPILE=~/arm-stuff/kernel/toolchains/arm-eabi-linaro-4.6.2/bin/arm-eabi-
 kali@kali:~$ make bcmrpi_cutdown_defconfig

 kali@kali:~$ # configure your kernel !
 kali@kali:~$ make menuconfig
 kali@kali:~$ make -j$(cat /proc/cpuinfo|grep processor | wc -l)
 kali@kali:~$ make modules_install INSTALL_MOD_PATH=~/arm-stuff/images/root
 kali@kali:~$ cd ../tools/mkimage/
 kali@kali:~$ python imagetool-uncompressed.py ../../raspberrypi/arch/arm/boot/Image

 kali@kali:~$ cd ~/arm-stuff/images/
 kali@kali:~$ git clone git://github.com/raspberrypi/firmware.git rpi-firmware
 kali@kali:~$ cp -rf rpi-firmware/boot/* boot/
 kali@kali:~$ rm -rf rpi-firmware
 kali@kali:~$
 kali@kali:~$ cp ~/arm-stuff/kernel/tools/mkimage/kernel.img boot/
 kali@kali:~$ echo "dwc_otg.lpm_enable=0 console=ttyAMA0,115200 kgdboc=ttyAMA0,115200 console=tty1 root=/dev/mmcblk0p2 rootfstype=ext4 rootwait" > boot/cmdline.txt

 kali@kali:~$ umount $rootp
 kali@kali:~$ umount $bootp
 kali@kali:~$ kpartx -dv $loopdevice
 kali@kali:~$ losetup -d $loopdevice

 Use the dd command to image this file to your SD card. In our example, we assume the storage device is located at /dev/sdb. Change this as needed.

 kali@kali:~$ dd if=kali-linux-rpi.img of=/dev/sdb bs=4M

 Once the dd operation is complete, unmount and eject the SD card and boot your Pi into Kali Linux
	https://www.kali.org/docs/development/custom-raspberry-pi-image/

	Custom Raspberry Pi Image \| Kali Linux Documentation
	4-5 minutes

	The following document describes our own method of creating a custom Kali Linux Raspberry Pi ARM image and is targeted at developers. If you would like to install a pre-made Kali image, check out our Install Kali on Raspberry Pi article.

	You'll need to have root privileges to do this procedure, or the ability to escalate your privileges with the command "sudo su".
	01. Create a Kali rootfs

	Build a Kali rootfs as described in our Kali documentation, using an armel architecture. By the end of this process, you should have a populated rootfs directory in ~/arm-stuff/rootfs/kali-armel.
	02. Create the Image File

	Next, we create the physical image file, which will hold our Raspberry Pi rootfs and boot images.

	kali@kali:~$ sudo apt install -y kpartx xz-utils sharutils
	kali@kali:~$ mkdir -p ~/arm-stuff/images/
	kali@kali:~$ cd ~/arm-stuff/images/
	kali@kali:~$ dd if=/dev/zero of=kali-custom-rpi.img bs=4M count=7000

	03. Partition and Mount the Image File

	kali@kali:~$ parted kali-custom-rpi.img --script -- mklabel msdos
	kali@kali:~$ parted kali-custom-rpi.img --script -- mkpart primary fat32 0 64
	kali@kali:~$ parted kali-custom-rpi.img --script -- mkpart primary ext4 64 -1

	kali@kali:~$ loopdevice=`losetup -f --show kali-custom-rpi.img`
	kali@kali:~$ device=`kpartx -va $loopdevice \| sed -E 's/.(loop[0-9])p./\1/g' \| head -1`
	kali@kali:~$ device="/dev/mapper/${device}"
	kali@kali:~$ bootp=${device}p1
	kali@kali:~$ rootp=${device}p2
	kali@kali:~$
	kali@kali:~$ mkfs.vfat $bootp
	kali@kali:~$ mkfs.ext4 $rootp
	kali@kali:~$ mkdir -p root
	kali@kali:~$ mkdir -p boot
	kali@kali:~$ mount $rootp root
	kali@kali:~$ mount $bootp boot

	04. Copy and Modify the Kali rootfs

	kali@kali:~$ rsync -HPavz /root/arm-stuff/rootfs/kali-armel/ root
	kali@kali:~$ echo nameserver 8.8.8.8 > root/etc/resolv.conf

	05. Compile the Raspberry Pi Kernel and Modules

	If you're not using ARM hardware as the development environment, you will need to set up an ARM cross-compilation environment to build an ARM kernel and modules. Once that's done, proceed with the following instructions.

	kali@kali:~$ mkdir -p ~/arm-stuff/kernel/
	kali@kali:~$ cd ~/arm-stuff/kernel/
	kali@kali:~$ git clone https://github.com/raspberrypi/tools.git
	kali@kali:~$ git clone https://github.com/raspberrypi/linux.git raspberrypi
	kali@kali:~$ cd raspberrypi/
	kali@kali:~$ touch .scmversion
	kali@kali:~$ export ARCH=arm
	kali@kali:~$ export CROSS_COMPILE=~/arm-stuff/kernel/toolchains/arm-eabi-linaro-4.6.2/bin/arm-eabi-
	kali@kali:~$ make bcmrpi_cutdown_defconfig

	kali@kali:~$ # configure your kernel !
	kali@kali:~$ make menuconfig
	kali@kali:~$ make -j$(cat /proc/cpuinfo\|grep processor \| wc -l)
	kali@kali:~$ make modules_install INSTALL_MOD_PATH=~/arm-stuff/images/root
	kali@kali:~$ cd ../tools/mkimage/
	kali@kali:~$ python imagetool-uncompressed.py ../../raspberrypi/arch/arm/boot/Image

	kali@kali:~$ cd ~/arm-stuff/images/
	kali@kali:~$ git clone git://github.com/raspberrypi/firmware.git rpi-firmware
	kali@kali:~$ cp -rf rpi-firmware/boot/* boot/
	kali@kali:~$ rm -rf rpi-firmware
	kali@kali:~$
	kali@kali:~$ cp ~/arm-stuff/kernel/tools/mkimage/kernel.img boot/
	kali@kali:~$ echo "dwc_otg.lpm_enable=0 console=ttyAMA0,115200 kgdboc=ttyAMA0,115200 console=tty1 root=/dev/mmcblk0p2 rootfstype=ext4 rootwait" > boot/cmdline.txt

	kali@kali:~$ umount $rootp
	kali@kali:~$ umount $bootp
	kali@kali:~$ kpartx -dv $loopdevice
	kali@kali:~$ losetup -d $loopdevice

	Use the dd command to image this file to your SD card. In our example, we assume the storage device is located at /dev/sdb. Change this as needed.

	kali@kali:~$ dd if=kali-linux-rpi.img of=/dev/sdb bs=4M

	Once the dd operation is complete, unmount and eject the SD card and boot your Pi into Kali Linux