
Explore the latest developments in the Application Framework with insights from Arnaud Ferraris, covering key advancements and their implications for developers.

Explore strategies for creating sustainable software platforms, from initial development through to production deployment and maintenance.

Explore symbolic reinforcement learning, formal verification, and explainability in AI-based models for network operations, addressing challenges and advancements in trustworthy AI.

Explore cutting-edge Kubernetes deployment models, focusing on platform basics, distributions, and key considerations for effective implementation and management.

Explore deploying Kubernetes apps at scale on edge environments across clouds, focusing on industry patterns, enablers, and lessons learned for efficient cloud-native solutions.

Learn Test-Driven Development (TDD) in C# ASP.NET Core 3 through a practical voting system project. Explore Uncle Bob's TDD rules, refactoring techniques, and when to break conventions.

Discover how Zephyr revolutionizes system architecture for medical devices, improving collaboration and reducing risks through innovative technologies like Kconfig and Device tree.

Explore FUSE extension techniques to create MUSE, enabling MTD drivers in userspace. Learn implementation details and potential applications for custom filesystem development.

Explore the current state of memory management in Linux with insights from expert Matthew Wilcox in this informative presentation.

Learn to accelerate AI/ML model training using Ray and Open Data Hub for efficient resource management and distributed computing in cloud environments, enhancing scalability and performance.

Explore system architectures for safety-critical systems using Linux, Xen, and Zephyr. Learn about reproducible prototyping, documentation, and collaboration in open-source projects for complex systems.

Explore the evolution of Zephyr's architecture, focusing on the transition from devices to subsystems and frameworks, and its impact on embedded systems development.

Explore real-time Linux kernel preparation and tuning for robotics on ARM64 SoC, covering configuration, testing, debugging, system optimization, and performance evaluation techniques.

Explore coding guidelines for safety-critical applications, focusing on MISRA rules. Learn when to comply, when to deviate, and how to apply lessons to other languages.

Explore challenges and potential improvements in kernel testing systems, focusing on enhancing reliability, impact, and integration for more effective development and maintenance of the Linux kernel.

Explore techniques for improving pagefault handling efficiency in Linux systems, enhancing overall performance and scalability in high-load environments.

Learn to leverage Kubernetes for efficient management of containerized microservices at scale, addressing challenges in deployment, networking, and upgrades while enhancing software delivery and operational efficiency.

Explore how The New York Times designed a secure, isolated environment for engineering teams using Kubernetes, OPA Gatekeeper, and Cilium, solving multi-tenancy challenges at scale.

Discover automated Kubernetes deployments for developers and platform teams. Learn to streamline workflows, enhance security, and boost productivity using GitOps and open-source tools.

Explore strategies for high availability, traffic management, and cost optimization in Kubernetes. Learn about pod anti-affinity, locality-aware load balancing, and workload consolidation for efficient cluster scaling.

Explore FUSE uring's request allocation and communication mechanisms with expert Bernd Schubert, enhancing your understanding of this Linux filesystem technology.