
Explore the power sequencing subsystem in Linux, understanding its functionality, implementation, and impact on system management.

Explore U-boot's potential as a UEFI payload, understanding its implementation, benefits, and challenges in modern firmware development.

Learn to add battery charging and fuel gauging to nRF52 projects using nPM1300. Covers hardware setup, GUI usage, SDK integration, battery profiling, and fuel gauge implementation.

Explore the Odroid M1S single board computer's capabilities, from unboxing to running Ubuntu and Android, with detailed specifications and performance insights.

Build a powerful Arm-based mini PC with Rock 5 ITX: explore specifications, assembly, ROOBI OS installation, and performance testing on Debian with KDE desktop.

Explore and compare three budget-friendly Arduino alternatives, examining their features, programming ease, and Arduino IDE compatibility. Discover affordable microcontroller options for your projects.

Learn to build and control a robot arm using .NET 8, Raspberry Pi, Blazor, and SignalR. Explore GPIO control, servo movement, remote operation via Blazor app, and VR interaction with Oculus Quest 2.

Explore Serberus: a versatile, multi-port hardware hacking tool with 4 channels for simultaneous UART, JTAG, SPI, I2C, and SWD interfaces. Features level shifting and open-source design for easy target connectivity.

Uncover IoT vulnerabilities in Tuya-based devices, focusing on weather stations. Learn to manipulate device operations through firmware extraction and reverse engineering techniques.

Journey from servers to hardware hacking: Two engineers share lessons learned through mistakes, encouraging aspiring hackers to embrace trial and error in hardware development and security.

Explore arcade game vulnerabilities and hacking techniques in this engaging talk on security flaws in gaming systems, offering insights for both enthusiasts and security professionals.

Exploring approaches for building embedded Linux solutions, focusing on a method using binary packages for optimized, reusable, and maintainable systems suitable for hobbyists and small teams.

Explore embedded audio programming concepts for digital synthesizers and guitar pedals using the Daisy platform. Learn about MIDI, DMA, serial audio interfaces, and GPIO.

Explore high-level FPGA programming for audio processing using SyFaLa toolchain and Faust language. Learn advantages, applications, and potential in spatial audio and room acoustics control.

Explore accelerated audio computing advancements: technology progress, use cases, SDK vision, and industry standards. Engage in shaping the future of GPU-powered audio processing.

Explore an alternative approach to embedded programming for real-time and audio systems using reactive structures and microcontroller hardware for predictable scheduling.

Streamline ROS deployment on Fedora IoT using bootable containers. Explore containerized approach, easy image building, and reliable upgrade mechanisms for robotics development.

Explore NemoMobile's advancements and potential applications in smartphones and automotive displays.

Explore optimized software-defined techniques for quick-booting rear-view cameras using libcamera and open-source frameworks, with demos and early boot service tips.

Program a microcontroller to recognize and count sports movements using a Time-of-Flight sensor and NanoEdge AI Studio. Explore AI integration for embedded systems with STM32 microcontrollers.

Explore the youyeetoo X1 SBC: unboxing, features, and performance testing of this versatile x86 single board computer with Windows 11 pre-installed.