#microcontroller
#RaspberryPiPico: #BreadboardOS (BBOS, if you like) - as its namesake implies - is a #firmware platform aimed at quick #prototyping.
source: https://github.com/mcknly/breadboard-os
demo: https://www.youtube.com/watch?v=fQiYE_wlPt0
BBOS provides tools out of the box that make developing projects much easier. BBOS provides a command line interface (or CLI) that lets you #interface with the RP2040 board directly. This makes it possible to not only interact with the Pi but also handle practical functions like real-time debugging. This can be a time saver when troubleshooting, getting you closer to your end project faster.
#news #software #hardware #microcontroller #raspberryPi #tool #cli #bbos #debug
An open-source hacking #hardware platform based on the #RP2040 with #RF, #NFC, #USB, and #SD card ready for pen testing #research.
source: https://www.hackster.io/pablotrujillojuan/hackbat-1dfdbc
In the #cybersecurity field, engineers are always looking for vulnerabilities in order to fix them and prevent other actors could taking advantage of them. The tools used by these engineers can be expensive and, on many occasions, the tools don't fit exactly with the requirements that engineers need. In this project, I want to present an open-source hardware platform with some tools used in cybersecurity, especially in pen testing. The board is named Hackbat and features an RF transceiver, NFC communication, SD card, USB, and #WIFI. All of this is managed by the #RaspberryPI #microcontroller RP2040. The schematic and the PCB design are open-source and are available on GitHub. Let's take a part-by-part look at the #Hackbat.
#Linux On An #ArduinoUno
github: https://github.com/raspiduino/arv32-opt
This is a port of mini-rv32ima (a minimum #RISC-V emulator, capable of booting Linux) on #atmega328p (the core of Arduino UNO, a 8-bit AVR microcontroller). So basically, this code is for booting Linux on #Arduino UNO.
