
Explore DAMON, a Linux kernel subsystem for efficient data access monitoring, and DAMO, its user-space tool. Learn about access-aware system operations and self-driving optimizations through live demonstrations.

Learn to streamline driver testing using generic tests and emulators. Discover how to implement a standardized backend API for efficient test development and reduced code duplication in RTOS environments.

Explore techniques for optimizing Linux boot process in automotive applications, focusing on multi-threaded bootloaders, kernel tuning, and driver optimization to meet stringent time requirements.

Explore advancements in Zephyr's device model, including lifecycle management, dependency handling, and error resolution. Learn about current improvements and future plans for this crucial component.

Explore automated Chaos Engineering with LitmusChaos to enhance cloud-native application reliability. Learn how to implement and leverage chaos experiments for improved resilience in complex environments.

Explore Kubernetes' success through its community structure, decision-making processes, and project evolution. Learn from challenges faced during rapid growth and gain insights into open-source development.

Explore Linux kernel security enhancements, bug prevention strategies, and exploitation techniques. Learn about the Kernel Self-Protection Project's progress and future goals for a more robust operating system.

Exclusive conversation with Linux creator Linus Torvalds, exploring kernel development, open source innovation, and the future of Linux technology.

Explore Seecomp, a tool for enhancing Linux kernel security through system call filtering. Learn about its architecture, testing, and key features for improved security and logging.

Explore self-hosting CI for private code using Rust and GitLab, covering advanced features, costs, and practical implementation strategies for medium to large projects.

Explore how technical issues in code lead to organizational friction, and learn strategies to identify and mitigate socio-technical problems for improved software development and team dynamics.

Kent Beck explores the 3X model for software development, challenging traditional approaches and discussing how goals shape engineering styles, from rapid experimentation to sustained growth.

Explore behavioral code analysis to identify and mitigate socio-technical issues, improving team coordination, reducing dependencies, and enhancing software development efficiency.

Explore Service Weaver: an open-source framework simplifying distributed Go app development with seamless module management, deployment, and integrated cloud telemetry.

Explore AFEA architecture, unifying API and event-driven approaches for flexible, scalable systems. Learn strategic DDD and developer portal integration.

Explore Kubernetes resiliency strategies for infrastructure, components, and applications. Learn to identify and address single points of failure, optimize resource management, and implement robust monitoring techniques.

Comprehensive overview of distributed system approaches, comparing architectures like SOA, REST, and RPC. Explores their strengths, weaknesses, and ideal use cases for informed decision-making.

Explore the creation of a trader-focused chatbot using Generative AI, covering prompt engineering, Retrieval Augmented Generation, and unconventional tech choices for robust, scalable solutions.

Explore pragmatic software architecture with Simon Brown, covering five key aspects for developers to create successful, well-organized products beyond just good code.

Explore JSON Duality Views to enhance data-driven applications, improving developer experience and customer satisfaction across Spring Boot, Quarkus, and Micronaut frameworks.

Insights from Wix's transition to streamlined CRUD services, optimizing scalability and performance. Learn about domain events, resilient messaging, and advanced techniques for managing large-scale distributed systems.