
Explore ThingSet's zero-overhead remote API for embedded devices, its integration with Zephyr, and learn to create connected sensor firmware in minutes using various communication interfaces.

Optimize U-Boot for IoT devices with limited memory. Learn techniques to reduce footprint, customize code, and preserve RAM for payload in resource-constrained environments.

Explore the creation of an open, customizable, and sustainable laptop, aligning with Linux principles. Learn about hardware design, firmware development, and community involvement in open computing.

Explore Shell implementation over BLE for Zephyr-based applications, including basics, uses, and live demo. Learn to enhance embedded device interaction and diagnostics.

Explore practical cellular IoT applications using nRF9160 SiP and Golioth's platform. Learn to build, customize, and extend IoT solutions from hardware to cloud visualization.

Learn Test-Driven Development for Zephyr RTOS applications, covering TDD basics, available frameworks, mocking dependencies, and a live demo with accelerometer and BLE devices.

Explore the development of Flexboard, a mechanical keyboard running Zephyr OS. Learn about customizing firmware, LED control, dynamic keymap reloading, and extending USB functionality for enhanced configuration.

Explore advanced CI techniques for maintaining regression-free Zephyr applications across multiple SoCs, ensuring low technical debt while adapting to rapid upstream changes in this emerging RTOS.

Explore the process of building a CAN Bus Sniffer, from prototyping to assembly. Learn hardware development tips, documentation preparation, and small-batch ordering for your first device.

Explore reverse engineering techniques for embedded devices using FreeRTOS. Learn about memory organization, task handling, and security features. Gain insights into automating the process with IDA scripts for efficient firmware analysis.

Einführung in Open-Source-Firmware: Geschichte, Entwicklung und Zukunft. Überblick über Technologien, Sicherheitskonzepte und neue Trends in der Firmware-Entwicklung für verschiedene Hardware-Plattformen.

Explore TamaGo, an open-source framework for developing pure Go firmware on ARM SoCs, reducing attack surfaces and enabling secure applications without complex OS dependencies.

Explora el Intel Management Engine: arquitectura, firmware, seguridad y desarrollo de un emulador. Análisis profundo de su funcionamiento interno y posibilidades de reemplazo de código abierto.

Explore 20 methods to bypass secure boot, including debug access, exploits, timing attacks, glitches, and design flaws. Learn about real-world examples and security implications.

Explore TPM NVRAM's role in safeguarding secure boot keys for POWER9 OpenPOWER systems, covering design and implementation aspects in firmware and Linux kernel layers.

Explore Bluetooth Mesh fundamentals and implementation on Zephyr RTOS. Learn about models, messages, publish/subscribe, node composition, and security keys. Includes code examples and potential live demos.

Explore open-source audio DSP firmware, its development journey, technical features, and potential applications. Learn about SDK, architecture, and future plans for Sound Open Firmware.

Explore open source system firmware initiatives aimed at enhancing boot, device, and management firmware. Industry experts discuss efforts to improve openness, portability, security, and maintainability.

Explore the challenges and innovations in adapting Zephyr for hearing aids, including power efficiency, custom processors, and FDA compliance for mass production.

Explore Microsoft Surface's unified approach to firmware protection and device security, enhancing workplace safety in hybrid environments through innovative hardware and software solutions.

Reverse engineering Embedded Controller firmware to bypass Intel BIOS Guard on Lenovo Thinkpads, exploring hardware security boundaries and firmware update processes.