
Explore Blimp, a cloud-based alternative to docker-compose that offloads container management, addressing microservices' local development challenges while maintaining familiar workflows.

Explore best practices for PaaS, OpenStack, and cloud adoption with industry expert David Linthicum. Learn about emerging technologies, common pitfalls, and strategies for successful cloud implementation.

Explore application-centric packaging with Docker and Linux containers across Red Hat solutions, including benefits for IT departments, developers, and ISVs in modern IT architectures.

Explore OpenShift Online's architecture, management, and evolution. Learn about application creation, maintenance, and scaling in Red Hat's public PaaS, with insights on enterprise deployment.

Explore software composition analysis through layered SBOMs, gaining insights into package distribution across Docker image layers for enhanced security and transparency.

Explore options and challenges in extending Docker for decentralized storage, including containerd extensions, custom push methods, and Docker Desktop extensions.

Explore microservices architecture, .NET Core solutions, and Docker containers for cloud-based applications. Learn design principles, implementation approaches, and deployment strategies in Azure.

Explore securing the open-source software supply chain with Pyrsia and Docker. Learn about vulnerabilities, exploits, and innovative solutions to enhance security in modern application development.

Simplify integration testing with Testcontainers: Learn to create isolated, repeatable environments for databases, Kafka, and cloud services directly in your test code, enhancing local development and CI pipelines.

Learn to efficiently run an AWS Stack locally using Docker Desktop and Docker Compose, simplifying development setup and avoiding configuration headaches for new team members.

Discover how to build observability into deployments for efficient software development. Learn about the needs of small teams and explore solutions for better visibility and monitoring in modern applications.

Deploy ML models for forensic anthropology using Docker and Streamlit. Learn to create a web application for skeletal sex prediction, combining archeology, physics, and technology for impactful research in bioarchaeology.

Explore MiCADO: an open-source framework for dynamic management of Docker containers across multi-cloud and edge environments, built on Kubernetes. Learn about its components, policies, and applications in various scenarios.

Learn strategies to optimize Java images and containers, reducing size and improving security while maintaining functionality and performance.

Explore Linux container fundamentals by building one from scratch, covering namespaces, filesystems, security modules, privileges, and cgroups for a deeper understanding of containerization.

Learn to build a MySQL-as-a-Service using Kubernetes Operators, enabling database deployment and management across various environments. Explore architecture, challenges, and best practices for implementing a cost-effective, vendor-agnostic solution.

Explore managing millions of Kubernetes clusters at the edge, addressing challenges and sharing practical insights for massive cluster management in diverse environments.

Explore running VMs on Kubernetes without root privileges using KubeVirt. Learn about security practices, SELinux integration, and the journey to achieve rootless VM execution.

Explore modern testing approaches for Kubernetes applications using Testkube, addressing challenges in pipeline complexity and restricted access while improving CI/CD workflows.

Learn to develop Windows containers using Docker, integrating with Visual Studio for both .NET Core and legacy .NET Framework apps. Covers basics, Dockerfile creation, Docker Hub, debugging, and enterprise solutions.

Explore firecracker-containerd architecture, challenges in adapting containers to micro-VMs, and the project's goals for OCI image portability with Firecracker's lightweight virtualization.