
Explore innovative debugging techniques for Kubernetes apps using low-level Rust code to hook libc calls, enabling local testing and debugging in cloud conditions.

Explore modular software design for easy feature addition and removal, enhancing flexibility and maintainability in application development across WebAPI, Entity Framework, and database migrations.

Playful demo showcasing cloud-native security concepts through characters Ozzie and Nova, exploring vulnerabilities and proactive measures for robust cluster protection.

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 the evolution of space-bound hardware, from core memory to ARM SoCs and real-time Linux. Learn about commodity hardware in space exploration and confidential computing's role in securing data beyond Earth.

Discover how Linux powers Azure's infrastructure and Microsoft's contributions to open source communities. Gain insights into hyperscale Linux operations and engineering efforts for optimal distribution performance.

Explore intelligent industrial IoT networks, edge computing, and open systems for enhanced security and productivity in factory settings, with real-world examples and network virtualization insights.

Learn to set up a powerful Python development environment using Docker, covering isolation, multiple services, cloud deployment, and debugging in containers.

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 historical Linux adoption data and its implications for future open source software growth. Gain insights into industry trends, standardization, and the evolution of container technology.

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

Learn to build voice-controlled home automation using IBM Watson, Docker, IFTTT, and serverless technologies. Explore architecture, deployment, and practical applications for IoT solutions with OpenWhisk and cognitive services.

Practical insights on navigating AI challenges, from democratization to integration strategies. Offers actionable advice for individuals and businesses venturing into AI, emphasizing hands-on learning and measured approaches.

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

Mastering Kubernetes debugging: Strategies, tools, and techniques for troubleshooting common errors in deployments, RBACs, NetworkPolicies, and more. Enhance your skills to build robust, easily debuggable applications in K8s environments.

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

Explore Kubernetes observability tools, from API-querying UIs to service meshes and application monitoring, to understand cluster health and performance.

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.

Insights from a decade of building and implementing platforms in large organizations. Explores technical characteristics and organizational requirements for successful platform initiatives.

Explore OpenTelemetry tracing for distributed systems, focusing on its importance, compatibility with existing tools, and practical implementation in microservices architectures.