Using Key Value Stores and Cache Patterns in Java Systems
Learn how key value stores support low-latency access, cache-aside, read-through, write-through, write-behind, write-around, replication, and cache...
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Building DevOps Teams Around Automation and Shared Ownership
Learn how DevOps changes team ownership, why automation matters, and how DevSecOps, BizDevOps, and production feedback improve delivery quality.
Using MicroProfile and Quarkus for Cloud-Native Java Services
Learn how MicroProfile and Quarkus extend familiar Java APIs with cloud-native configuration, observability, packaging options, and productive pers...
Designing Java Integration Routes with ESB Patterns and Camel
Learn how Java teams can design integration routes with ESB ideas, enterprise integration patterns, Apache Camel, routing, transformation, and oper...
Designing Reliable Messaging with Queues and Delivery Guarantees
Learn how to design Java messaging flows with queues, topics, delivery guarantees, dead letter queues, message persistence, copies, and operational...
Automating Business Rules and Workflows in Java Systems
Learn how to separate changing business decisions and stateful processes using rules, CEP, DMN, BPMN, Drools, jBPM, and clear integration boundaries.
Designing Cloud-Native Java Services with Kubernetes and Twelve-Factor Practices
Learn how scalability, modularity, resiliency, PaaS, containers, Kubernetes, and twelve-factor practices fit together when designing Java services...
Building Resilient Java Microservices with Fault Tolerance and Sagas
Learn how circuit breakers, fallbacks, retries, timeouts, idempotency, sagas, and backend orchestration help Java microservices survive distributed...
Choosing Between Microservices, Miniservices, and Serverless
Learn how to evaluate release frequency, scale, data integrity, DevOps readiness, miniservice compromises, and serverless tradeoffs before choosing...
Why Hexagonal Architecture Helps Java Applications Survive Change
Learn how hexagonal architecture separates business logic from technological details, making Java applications easier to change, test, and maintain.