
Learn to implement Kubernetes operators using Java and Micronaut framework. Discover how to create cloud-native applications, custom resource definitions, and manage deployments in a Kubernetes cluster.

Explore how CNCF projects enable serverless experiences on Kubernetes, from simplified development to complex orchestration, with insights on bridging gaps for seamless function-as-a-service workflows.

Explore multi-runtime container debugging with MinToolkit and CDebug. Learn design, implementation, and usage of sidecar-based debugging for minimal container images across various platforms and runtimes.

Explore Knative Eventing APIs for creating declarative Event-Driven Architectures. Learn best practices and implementation of EDA patterns to enhance scalability and efficiency of cloud-native applications.

Explore 10 major trends reshaping developer tools, focusing on containers, serverless tech, and cloud-native development. Gain insights into Red Hat's vision for the future of software development.

Explore multi-architecture container development for Arm using Docker Desktop. Learn tools and processes for cloud, edge, and IoT environments through demos and examples.

Explore Paketo Buildpacks: their history, benefits, and impact on cloud-native development. Learn about community efforts, compatibility, and future roadmap for this innovative technology.

Build a Rust server from scratch, exploring parallelization with threads and async programming. Gain hands-on experience with Rust's concurrency features in a cloud-native context.

Discover ultra-lightweight Java microservices with Micronaut's compile-time approach. Learn about subsecond startup, minimal memory usage, and GraalVM integration for instant startup and efficiency.

Explore how Kubernetes and OpenShift provide critical runtime infrastructure for JVM-based applications, replacing traditional application servers with cloud-native solutions for deployment, management, and scalability.

Explore cloud-native architecture with Kubernetes, covering key principles, Docker, microservices, and deployment techniques for Java apps using Spring Boot, Wildfly Swarm, and Vert.x.

Explore reactive programming in Spring for building resilient, responsive microservices. Learn integration, data pipelines, API design, and testing techniques for cloud-native Java applications.

Explore Lunar Way's transition to microservices and cloud-native architecture, focusing on Kubernetes implementation, scalability, and organizational changes for improved deployment and operations.

Explore cloud-native Java development for rapid web app delivery using platforms like Cloud Foundry or Kubernetes. Learn CI/CD pipeline creation and patterns for connecting distributed applications.

Explore Micronaut's innovative approach to building lightweight microservices with ahead-of-time compilation, offering fast startup times and efficient resource usage for Java developers.

Explore cloud native developer experience optimization, covering workflows, progressive delivery, platform decisions, and observability for faster, more reliable software development and deployment.

Explore cloud native development practices and tools for efficient Kubernetes-based software delivery. Learn about artifact syncing, dev environment bridging, GitOps, and observability to enhance speed and safety in your workflow.

Explore serverless security challenges, risks, and new approaches in cloud-native environments. Learn about OWASP top 10, traditional vs. modern AppSec testing, and DevSecOps strategies for robust serverless development.

Discover strategies for modernizing Java applications, including cloud-native migration, containerization benefits, and addressing common misconceptions. Learn when to keep monoliths and how to boost developer productivity.

Explore cloud native strategies, Kubernetes migration, and best practices with experts Thomas Vitale and Lasse Højgaard. Gain insights on microservices, event-driven architectures, and continuous delivery for modern software development.

Discover key strategies for modernizing Java applications in the age of microservices, containers, and cloud-native development with insights from industry experts and book authors.