
Explore hybrid Docker Swarm clusters combining Windows and Linux containers. Learn to design, build, and deploy cross-platform distributed applications leveraging the right technology for each component.

Explore cutting-edge bioinformatics pipelines for cancer genomics, combining biological insights with cloud technology advancements. Learn about computational challenges and innovative solutions in this mother-daughter collaboration.

Explore challenges and solutions for persisting data in containerized applications, focusing on Docker runtime and proven techniques for modern, scalable systems.

Explore modern .NET development with cross-platform, open-source computing. Learn about Kestrel, Docker, monitoring, and more in this comprehensive overview with key examples and demos.

Practical insights on transitioning from monolith to microservices using dotnet core, AWS, Docker, Terraform, and Dynamo. Learn from real-world experiences and avoid common pitfalls.

Learn to build and deploy containerized .NET applications for Windows and Linux using Docker, covering AspNetCore, full .NET Framework migration, and essential considerations for local development and deployment.

Explore secure, reliable IoT development using containers, CI/CD, automated testing, and cloud frameworks. Learn device provisioning, monitoring, and field updates for longevity.

Explore Docker integration with Windows Server 2016, covering deployment, management, and security of Windows containers. Learn about Nano and Server Core containers, Hyper-V isolation, and cross-platform solutions.

Explore Docker fundamentals and enterprise deployment concepts, including service distribution, scaling, and management across various orchestration platforms like Swarm, Kubernetes, and ECS.

Explore Docker's core concepts, from images to containers, and learn how to use it effectively in development environments beyond just DevOps applications.

Learn to build a Raspberry Pi Kubernetes cluster, run OpenFaas, and explore cloud concepts. Gain hands-on experience with containerization, orchestration, and serverless computing to enhance your cloud development skills.

Learn to run Docker on Windows, package .Net Core apps, and expose local environments using Argo Tunnel. Hands-on approach covers core concepts, Windows- and Linux-based containers, and practical considerations.

Explore various Docker deployment options on Azure, from serverless to orchestration platforms. Learn about container instances, app services, and managed services like AKS to make informed design decisions.

Explore containerization, orchestration, and microservices for .NET Core applications, covering Docker, Kubernetes, and best practices for cloud-native development and monitoring.

Explore containerized applications on Azure, from basics to cloud-scale deployment. Learn about registries, cluster management options, and setting up continuous delivery pipelines for seamless deployment.

Explore architectural and design decisions for creating scalable sensor solutions, from hardware to API, addressing power consumption, wireless networks, and embedded systems for intuitive user experiences.

Explore container orchestration, monitoring, logging, security, and service discovery for production-ready containerized applications. Compare Docker Swarm, Kubernetes, and Amazon Container Service.

Explore Docker's core concepts, from images to containers, and learn how to use it effectively in development environments beyond just DevOps applications.

Explore techniques for creating binary reproducible C++ applications using Docker, ensuring long-term artifact reproducibility in security-critical environments.

Explore unconventional coding ideas and their unexpected benefits. Learn why pursuing "stupid" projects can lead to valuable insights, skill development, and innovation in software engineering.

Journey from .NET to .NET Core: Navigating Docker, Linux, and production deployment. Insights on container orchestration, automation, and monitoring for seasoned developers exploring cross-platform development.