
Dive into safety-critical C++ development for modern cars. Explore tools, testing methodologies, coding standards, error handling, and design impacts for creating reliable software where lives are at stake.

STマイクロエレクトロニクスのマイコンを使用した機能安全システム開発の概要と、認証取得に役立つソフトウェアライブラリや技術ドキュメントを紹介。

Explore techniques for ensuring safety and robustness in deep learning systems, focusing on automated certification methods, Bayesian learning, and causality in critical applications.

Explore techniques for integrating AI tools in safety-critical systems, focusing on guaranteeing performance, stability, and safety while addressing challenges in networked environments.

Explore the role of open source software in safety-critical systems with insights from Kate Stewart of The Linux Foundation.

Explore the importance of Software Bill of Materials (SBOM) in embedded systems, regulatory expectations, and implementation in open source projects for improved cybersecurity and risk management.

Explore functional safety certification for open source hypervisors, focusing on ACRN's approach, development models, and key processes in safety-critical scenarios.

Japan's critical infrastructure evolution: Open source trends, security considerations, and Linux Foundation projects enhancing dependability, transparency, and reproducibility for future software needs.

Explore the integration of Free and Open Source Software (FOSS) in system safety mechanisms, addressing challenges and discussing practical implementation strategies.

Explore the potential of open-source software in aerospace, addressing objections and proposing solutions for adopting Linux in safety-critical flight systems.

Explore wolfBoot, an open-source secure bootloader for embedded systems. Learn about its portability, attack mitigation, and suitability for safety-critical applications across various architectures.

Explore RAFIA methodology for certifying open source in safety-critical systems. Learn risk analysis, automated testing, fault injection, mitigation, and compliance steps for embedded Linux-based operating systems.

Explore open source projects in safety-critical applications with industry experts, discussing challenges, best practices, and future trends in this critical domain.

Explore cutting-edge open-source technologies through keynotes on cloud-native projects, safety-critical applications, infrastructure modernization, and RISC-V, featuring industry experts and innovative case studies.

Explore techniques for ensuring safety in critical systems, including fail-safety, multi-CPU usage, task separation, communication safety, documentation practices, and programming language considerations.

Explore Rust's potential in safety- and mission-critical environments, focusing on specification needs, trust levels, and the language's unique strengths.

Learn essential C++ concepts for developing safety-critical systems on Linux, covering design principles, type-safety, memory management, and best practices for real-time applications.

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

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.