It also configures an HTTP load balancer and integrates proxies. Then comes an ingress controller necessary for providing your containerized application to the users. Not to mention it is a market leader: 59% of Java developers in large organizations reported using Kubernetes in production in 2020. If not, we suggest drawing some inspiration from our recent guide on how to build an e-commerce application for an online store.įirst, no matter which cloud service provider you choose, there needs to be a tool, or rather a platform, to manage containerized workloads and services in an automatic fashion, a so-called “container orchestrator.” We would recommend Kubernetes as it is open source, portable, and allows for scaling across multiple clouds. Start your digital transformation now!īook a meeting with a Java developer Preparationīefore we start, let’s assume you’ve got pre-built software based on microservice architecture. Let’s meet and find out which cloud-native solution best suits your project. If you have a complex system full of moving parts and no time to learn the ropes, our expert is ready to help. Our engineers are passionate about bringing enterprise projects to the cloud. The article follows our DZone Refcard but looks more into approaches themselves: be it pure containers or using a Java framework (Quarkus from Red Hat or Spring from VMware) for deploying native Java applications. They all are pretty efficient in boosting your software’s performance.

Here we’ll focus on the three cloud-native development methods. Choose your cloud-native fighter: JVM in containers, Quarkus or Spring Nativeĭo you have a ready-to-go Java app and want to take advantage of everything the Modern Cloud offers? Deployment is the next step, and you’ve come to the right place for guidance.

Cloud native java by josh