
Explore Quarkus for high-performance Java development, focusing on its supersonic speed and subatomic footprint. Learn how to build efficient, scalable applications with this innovative framework.

Explore GraalVM and Quarkus for building cloud-native Java microservices with small memory footprint, fast startup, and mixed reactive/imperative programming for extreme cloud environments.

Explore creating micro microservices and serverless apps using Spring APIs with Quarkus, leveraging GraalVM native images for rapid deployment and scaling on Kubernetes and OpenShift.

Modernizing a Java rule engine for serverless environments using GraalVM and Quarkus, with practical examples from Drools migration to cloud-compatible architecture.

Explore Quarkus, a new Java runtime optimized for productivity and efficiency, featuring instant reload, reduced start time, and memory usage. Learn its integration with familiar libraries and cloud use cases.

Discover Quarkus: Java's answer to nimble cloud-native technologies. Experience supersonic, subatomic Java that makes frameworks like Hibernate and Apache Camel faster, smaller, and more scalable than ever before.

Discover GraalVM's power for microservices: fast boot times, low memory usage, and Quarkus framework integration. Learn optimization techniques and developer-friendly features through demos and real-world applications.

Explore options for securing Quarkus applications through live coding. Learn to implement crucial security and identity management features with ease and efficiency.

Explore Kubernetes operator development in Java using Quarkus and fabric8, with insights from Instana's experience creating their agent operator for custom resource management.

Comparative analysis of Micronaut and Quarkus frameworks, exploring key features like startup time, memory usage, and cloud deployment. Ideal for developers seeking insights into modern Java backend solutions.

Explore Java's evolution in serverless computing, addressing cold start times and memory usage. Learn about AWS features, popular frameworks, and advancements like AOT compilation and GraalVM for efficient serverless Java development.

Streamline development workflow with custom CLI tool integrating Git, logging, and monitoring. Learn to build and pitch productivity-enhancing solutions using Kotlin, Quarkus, and GraalVM.

Explore Quarkus' performance, developer experience, and innovations in Kubernetes-native Java development. Discuss the latest updates, including Quarkus v3, with core developers and shape the future of this rapidly expanding ecosystem.

Discover how contract testing with Pact can enhance microservices reliability, combining unit test efficiency with integration test confidence for early issue detection.

Learn to implement OpenID Connect and JWT authentication in Quarkus, utilizing Dev Services and Dev UI to create and test secure REST services with Hibernate Panache integration.

Learn to build high-performance event-driven microservices using Apache Kafka and Quarkus. Explore common patterns, live coding, and integration with Quarkus' reactive core for smooth development.

Explore Quarkus' advantages over Spring, featuring Vodafone's successful transition. Learn about cost reduction, improved stability, and enhanced performance through live demos and real-world insights.

Comparison of distributed architecture approaches: Java frameworks, Kubernetes, service mesh, and eBPF. Explores advantages, challenges, and practical applications through theory and live demos.

Explore serverless Java app deployment using MicroProfile and Quarkus on Google Cloud Run. Learn to create and deploy applications with minimal infrastructure management for fast, efficient cloud-based development.

Explore Java microservices frameworks and GraalVM Native Image for building fast, scalable applications with quick startup and low resource usage while maintaining high performance.

Simplify Java app deployment to Kubernetes using Dekorate.io annotations, eliminating complex YAML files for Helidon, Quarkus, or SpringBoot applications.