
Explore FIDO2 authentication in safety-critical systems, covering testing, hardening, and best practices for dependability, security, and certification integration to enhance open-source project confidence.

Explore how WebAssembly revolutionizes IoT vision sensing development, offering solutions for size, portability, security, and language neutrality challenges on resource-constrained devices.

Explore object lifetime issues in Linux kernel, their impact on safety certifications, and strategies for addressing them. Includes test patterns, process implications, and potential fixes.

Explore WebAssembly's potential with Wizard, a new engine designed for instrumentation and VM experimentation. Learn about its innovative in-place interpreter and advanced capabilities.

Exploring WebAssembly's success in embedded systems and its potential to revolutionize various industries, from medical devices to robotics, while addressing challenges for wider adoption.

Learn to develop Android CHRE nanoapps using WebAssembly, enhancing security, cross-architecture compatibility, and battery efficiency for always-on, contextually aware features.

Explore safety certification for open-source projects using Xen hypervisor as an example. Learn about aligning community practices with safety standards and the impact on development processes.

Explore WebAssembly's potential in real-time, safety-critical systems for industrial automation and automotive domains, discussing opportunities and challenges in resource-constrained environments.

Explore WebAssembly's evolution beyond browsers, examining its impact on IoT, plugins, cloud computing, and edge technologies. Discover the thriving ecosystem and future potential.

Explore Rust's potential for embedded systems through Tock OS, focusing on memory safety, concurrent applications, and hardware isolation in ARM Cortex-M and RISC-V platforms.

Explore Java's potential on Raspberry Pi: control hardware, run Spring apps, and create games. Learn to interact with sensors, displays, and electronic components using Pi4J and IntelliJ IDEA.

Learn to develop high-performance cross-platform games using FXGL, a JavaFX game engine. Explore cutting-edge features and gain resources for creating games in Java and Kotlin.

Explore closures in embedded Java environments with expert insights on implementation, optimization, and practical applications.

Explore new embedded features in Java 8, including JavaFX on Raspberry Pi, Lego Mindstorms EV3, tablets, and smartphones. Learn to leverage these capabilities for innovative development.

Explore Android Glass and Android Gear: wearable tech, development insights, and practical applications for smart devices and IoT integration.

Explore JavaFX for cross-platform UI development in Java, covering its structure, components, and roadmap. Learn to create modern, platform-independent interfaces for desktop, mobile, and embedded devices.

Explore Flutter integration in automotive infotainment systems, focusing on AGL's efforts to support Flutter applications and development environments for in-vehicle use.

Explore the AGL demo platform's web applications and HTML interface, covering UI structure, development techniques, and integration of new apps. Includes updates on Chromium-based runtime and Flutter embedding.

Explore techniques to run modified Intel TDX modules without SEAM, balancing security and convenience in VM isolation. Learn about environment, methods, and options for development using Intel TDX.

Explore structured approaches for testing C++ templates, addressing uncertainties in template libraries. Learn techniques to improve test quality metrics and overcome coverage challenges in template programming.

Explore how C++ exceptions can reduce firmware code size and improve performance in embedded systems, challenging conventional wisdom on error handling in resource-constrained environments.