Type ifconfig and verify mon0 is present. Let’s setup a monitoring interface by editing rc.local sudo nano /etc/rc.localĪdd the line sudo iw phy phy0 interface add mon0 type monitor sudo ifconfig mon0 up In the results we should see: Supported interface modes: * IBSS * managed * AP * monitor * P2P-client * P2P-GO * P2P-device install.shĪfter reboot, check if you can set the WiFi interface to monitoring mode. Install Re4son kernel for Raspberry Pi (kalipi) wget -O re4son-kernel_ tar -xJf re4son-kernel_ cd re4son-kernel_4* sudo.
Update Raspbian sudo apt-get update & sudo apt-get upgrade -y Connect and run raspi-config to set localization, expand the file system, and set the GPU memory. You can now ssh to the pi over USB using raspberrypi.local. Also add a “ssh” file with no extension using touch or New - Text Document, and remove the. Circuit Basics has a good guide for Windows, but config.txt needs “ dtoverlay=dwc2” added as a new line to the end, and cmdline.txt needs “ modules-load=dwc2,g_ether” added after rootwait. After the image is flashed, some of the config files need to be modified on the root directory of the micro SD card (Boot). There are many ways to do this, Etcher is a popular one. Getting Startedĭownload the latest image for Raspbian Buster Lite from and flash it to the SD Card. The power requirements of the Pi Zero are not significant so a small battery bank is adequate mine is marked 5000mAh but I’m sure it’s closer to 3000. You will also need a computer to configure the SD Card and Pi, and a mobile phone with Bluetooth to control the Pi if you’re going to be mobile. To complete this project you will need a Raspberry Pi Zero W, a micro SD Card (I used a 32 GB Samsung EVO Select), a case, a micro USB cable (a sturdy one is preferable), and optionally a USB battery bank. Pi Zero W, Micro USB Cable, and USB Power Bank Resources
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