
Learn to develop embedded Linux systems using Beaglebone, covering AM335x functionality, eMMC booting, and networking in a comprehensive step-by-step guide.

Learn to configure and utilize BeagleBone Black's features, including Wi-Fi setup, file transfer, GPIO, analog pins, PWM, SPI, I2C, and Linux development with C++.

Explore the BeagleBone Black's potential in cybersecurity and embedded systems. Learn why this versatile single-board computer is a favorite among tech enthusiasts and security professionals.

Learn to organize and manage multiple development boards efficiently in a personal board farm, addressing challenges and implementing practical solutions for control, power, monitoring, and automation.

Learn to boot and connect to Beaglebone Black using Putty or TightVNC. Set up remote desktop access for easy configuration and follow-along in future lessons.

Exploring Linux system constraints for deterministic task control within real-time-ish limits. Discusses kernel configurations, code comparisons, and alternative approaches for achieving near real-time performance on standard Linux systems.

Explore digital hearing aid development using Linux kernel, GNU tools, and Debian. Learn about openMHA, a toolbox for hearing aid algorithms, and Mahalia, a mobile research platform for low-latency audio processing.

Explore powerful, inexpensive penetration testing using ARM-based devices, from wired/wireless dropboxes to flying drones. Control actions remotely, with devices like BeagleBone Black and Raspberry Pi 2.