
Master the configuration of STM32MP135 DK for AWS Greengrass V2, including automated IoT setup, IAM roles, PKCS#11 key management, and secure service deployment for IoT solutions.

Explore how attackers can secretly extract private seeds from Bitcoin hardware wallets through ECDSA signatures, demonstrating vulnerabilities in wallet security and firmware updates.

Learn to monitor multiple GPIO pins and buttons using Raspberry Pi Pico's PIO State Machines, implementing efficient input reading and conditional branching in MicroPython.

Learn how to safely integrate active buzzers with Arduino using transistors, enabling control of high-current components while protecting GPIO pins from damage through practical circuit building.

Explore secure booting implementation in Zephyr RTOS using MCUboot, hardware keys, and encryption features like HAB and TF-M for enhanced embedded system security and tamper protection.

Explore the latest improvements in DC-SCM 2.1 LTPI specification, covering reliability challenges, protocol enhancements, and future developments for data center server management interfaces.

Discover essential security practices for edge computing deployments, focusing on firmware protection, supply chain security, and tamper-proofing strategies using EVE-OS in remote environments.

Discover how to create a check-in kiosk system using Ubuntu Frame, Flutter, and Raspberry Pi, with practical insights from UbuCon Korea 2023's implementation.

Master battery fuel-gauging implementation in Zephyr RTOS with nPM1300, covering algorithm-based approaches, battery profiling, and practical integration for improved power management.

Master PIO state machine programming by building a binary up/down counter with dual-button control on Raspberry Pi Pico W, displaying real-time LED output without Python intervention.

Dive into bootloader security vulnerabilities and learn effective mitigation strategies for protecting systems during the critical boot process.

Discover how to streamline embedded C/C++ development by running GDB in-browser via WebAssembly, enabling cross-platform debugging and hardware connectivity through WebUSB without local installations.

Explore strategies for integrating Eclipse IoT projects with Android embedded devices, focusing on security features, runtime differences, and practical implementation approaches for IoT development.

Dive into SSD architecture fundamentals, exploring DRAM impacts, Indirection Unit sizing, and architectural solutions for extreme-capacity storage systems with practical implementation strategies.

Discover how component models enable seamless software migration across cloud services and vehicle microcontrollers, while supporting multi-language development and efficient cloud testing for automotive applications.

Discover how to minimize WebAssembly runtime footprint for embedded devices, reducing overhead to under 5KB ROM and few hundred bytes RAM while enabling polyglot development and dynamic loading capabilities.

Discover how to leverage WebAssembly for IoT development, control USB and I2C devices, and implement embedded device drivers while exploring performance implications and future possibilities.

Explore the assembly and capabilities of a RISC-V Mini-ITX PC using Milk-V Jupiter, featuring hands-on demonstrations of Bianbu Linux and PCIe card compatibility testing.

Discover how to automatically embed fiber materials into 3D prints, enhancing interactive capabilities and advancing manufacturing techniques for smart objects.

Explore memory safety solutions for time-critical embedded systems, covering deterministic garbage collection, Rust, Realtime Java, and OSGi implementations in automotive and industrial applications.

Dive into a critical analysis of D-LINK NAS's unpatched firmware vulnerability, exploring security implications and understanding the technical oversight in network storage systems.