
Explore SRE principles and building blocks for transforming applications with observability, security, and scalability using open standards like gRPC, Envoy, and Prometheus in enterprise environments.

Explore micro frontends as a strategy to avoid frontend monoliths, discussing implementation approaches, advantages, and challenges in extending microservices concepts to the frontend world.

Explore Kafka's core concepts, architecture, and use cases. Learn about its scalability, resilience, and performance, with insights on transactions and potential production pitfalls.

Explore building lightweight, robust reactive systems using MicroProfile, RxJava, React.js, Kafka, and Hazelcast. Learn efficient assembly techniques with Payara Micro for scalable and evolving applications.

Explore the Majestic Modular Monolith approach as an alternative to microservices, examining its design, implementation, and benefits for code organization, productivity, and scalability.

Discover concrete approaches to using continuous profilers in production environments, improving system efficiency, solving performance issues, and reducing infrastructure costs.

Explore micro frontends as a solution to frontend monoliths. Learn implementation approaches, benefits, challenges, and key concepts to make informed architectural decisions.

Learn to leverage Spring Cloud Stream, RabbitMQ, and Apache Kafka for building scalable, high-performance distributed systems. Discover solutions to common challenges in mission-critical applications through live coding examples.

Explore HTTP/2's advanced features for efficient, bidirectional communication in web services, moving beyond traditional REST constraints for improved performance and flexibility.

Comprehensive guide to packaging, deploying, and scaling Java applications with Docker. Learn to reduce environment mismatches and simplify deployment for more efficient development workflows.

Explore reactive programming concepts, from observables to error handling, with practical code examples for building resilient, scalable, and responsive applications.

Learn to build resilient, secure, and maintainable API platforms using Finagle. Explore ING's approach to managing, registering, discovering, exposing, and consuming APIs securely and resiliently across multiple countries.

Comprehensive guide to developing, deploying, and managing microservices using JHipster. Learn scalability, failover, monitoring, and common architecture patterns from lead developers.

Esplorazione dell'Event Sourcing e CQRS: dai concetti base alle sfide pratiche nei sistemi distribuiti, con focus su scalabilità e consistenza eventuale.

Learn to build scalable serverless applications using Kotlin and App Engine. Explore new security features, Java 8 support, and integration with frameworks like Spring Boot for efficient backend development.

Explore event-driven architecture's benefits in modern systems, including autonomy, scalability, and resilience. Learn design principles and practical techniques for leveraging events effectively.

Explore stateful stream processing for building event-driven services using Apache Kafka, balancing data accessibility and service encapsulation for improved scalability in microservices architecture.

Learn to cluster MicroProfile applications using CDI and JCache. Explore live coding demos, Hazelcast integration, and running clusters on Raspberry Pi's for high availability and scalability.

Explore event-driven microservices architecture using Kafka for scalable, fault-tolerant, and high-performance distributed systems. Learn implementation strategies and best practices for efficient communication between services.

Explore event-driven microservices architecture using Kafka for scalable, fault-tolerant, and high-performance distributed systems. Learn to leverage Kafka's publish-subscribe model for efficient inter-service communication.

Explore in-memory NoSQL databases for high-performance applications. Learn how Memcache, Redis, and Aerospike can enhance scalability, improve session storage, and enable autoscaling in your architecture.