7 Java Frameworks For Cloud-Native Environment to Know in 2022

7 Java Frameworks For Cloud-Native Environment to Know in 2022

In the cloud-native world, we all need to know how to integrate, deploy, and manage services that run  containers. Altogether, applications that consume those services on top of platforms like Kubernetes or OpenShift.

This means you’ll be writing Java code more than ever before. It also means you’ll need to understand Java frameworks and tools that can help you get the job done quickly and efficiently. In this article, we’ll take a look at Java frameworks to get you started with programming in the cloud-native era.

Top Java Frameworks For Cloud-Native Ecosystems

1) GWT (Google Web Toolkit)

GWT is a toolkit that allows developers to create and maintain complex Java web applications. It’s been around for over a decade and is used by some of the biggest names in the business, including Google, eBay, and Yahoo.

GWT is a great choice for developing cloud-native applications because it’s easy to use and has a wide range of features. Plus, it is constantly being updated with new features and bug fixes. Also, it works well on both desktop and mobile browsers as well as with JavaScript libraries like jQuery.

GWT is also available on iOS devices and Android phones. It offers two levels of licensing – free (open source) or commercial (pay as you go).

To create a cloud enables solution, you should get the best Java application development services from a trusted and reliable partner.

2) Spring Cloud Functions

Spring Cloud Functions is a framework for cloud –native architecture that allows you to write your code as a function and run it in the cloud. It is based on the open-source project called Function-as-a-Service (FaaS). It supports multiple backends such as Amazon Web Services (AWS), Google Cloud Platform (GCP), Microsoft Azure, and more.

That means you can deploy applications to whichever cloud provider meets your needs without changing any of the underlying application logic. The execution environment will automatically be configured with libraries necessary for deployment onto that platform.

So, there’s no need for developers to know how to set up their own servers or manage infrastructure. The FaaS model provides an easy way to migrate existing monolithic applications into microservices because all you have to do is create a new service and start sending traffic it’s a way!

And finally, if you have an existing Spring Boot project which has dependencies on other third-party modules that are not available on one of the supported platforms, then this library provides mechanisms for resolving these dependencies at runtime by deploying them alongside your main application.

3) Dropwizard

Dropwizard is a lightweight, Java-based framework for cloud-native applications and developing ops-friendly, high-performance, RESTful web services. Dropwizard pulls together stable, mature libraries from the wider Java ecosystem into a simple, fast, coherent package that makes modern web development painless and fun.

It has out-of-the-box support for sophisticated configuration, application metrics, logging, and operational tools. It doesn’t assume any particular background knowledge of programming or computer science required to use it; as long as you can learn to write an HTTP request handler, you can build a production-ready service in just a few hours.

Dropwizard includes mature library integrations with Kafka, Elasticsearch, PostgreSQL, Hadoop and more – so it’s easy to incorporate those popular technologies in your workflows if desired.

Moreover, it is also well suited for microservices, due to its reliance on lightweight frameworks like Jetty or Undertow (for low-latency applications) and Finagle (for high-throughput). If you want to see what Dropwizard looks like in action before trying it yourself.

To leverage its complete potentia, you must hire Java developers with comprehensive expertise in Dropwizard cloud services.

4) Vert.x

Vert.x is a lightweight, high-performance application platform for the JVM that’s designed for modern, distributed, and reactive applications. Vert.x is a great choice for building microservices, event-driven applications, and more.

 And! because Vert.x is built on JVM, it’s easy to integrate with existing Java code and libraries. Vert.x allows you to write code in JavaScript or Ruby too, so you can choose your favorite language!

Vert.x has an extensive ecosystem of modules which are all open source and MIT licensed – there are over 3000 modules available!

5) Micronaut

Micronaut is a modern, JVM-based, full-stack microservices framework for cloud-native that helps you stay productive while building cloud-native applications. The core idea behind Micronaut is that it should be possible to write microservices in a JVM language without having to learn new frameworks or tools.

In addition to being lightweight and fast, Micronaut also comes with several features that make it ideal for developing cloud-native applications. It may include an application with support for reactive programming with Reactor, Hibernate ORM integration, built-in monitoring support provided by Prometheus, and Alertmanager integrations.

Micronaut supports both Spring Boot and Grails 3 out of the box, making it easy to get started with creating web services backed by SQL databases.

Using the best Java application development services, you can create robust cloud-enabled solutions using Micronaut with ease.

6)Eclipse MicroProfile

It is an open-source community specification that provides a baseline platform definition for enterprise Java microservices. The goal of MicroProfile is to optimize Enterprise Java for a microservices architecture and to make it more usable in this context.

Other existing specifications are too heavyweight and hard to tailor, so the MicroProfile community set out to build something simpler, with easier contributions from outside parties. Some additional features include security, management, instrumentation, logging, authentication, and authorization.

7) Quarkus

Quarkus is a cloud-native, container-first framework for cloud-native enviornment and writing Java microservices. It’s lightweight and fast and designed to make it easy to develop and deploy Java applications in the cloud. Quarkus is also open source, so you can get started quickly and easily.

The project has been undergoing heavy development lately, so be sure to check out the latest release notes on GitHub. This platform is an excellent choice if you’re looking for a framework that’s reliable, scalable, efficient, and performant with minimal fussing around.

Especially! When it comes to configuration or other management tasks that are typically time-consuming and cumbersome, it shows incredible credibility.

Conclusion

There’s no one-size-fits-all answer when it comes to choosing a Java framework for cloud-native solution development. The best way to determine which framework is right for your project is to evaluate your specific needs.

Once you’ve determined your needs, you can narrow down your options and choose the framework that’s best suited for your project. Don’t forget to consider the various pros and cons of each option before making your final decision.

Also, make sure to hire Java developers with the expertise in chosen Java framework to create high-end cloud enabled solutions. For more information related to Java frameworks for cloud native systems, stay tuned with us.

FAQs:

What are native cloud applications?

Cloud-native software is an application that is designed on a cloud computing architecture. These programs are run and hosted in the cloud and are designed to capitalize the inherent traits of a cloud computing software program delivery model.

What is an example of a cloud native application?

 Here is the software program observed in a cloud-native development stack: Docker. The Docker platform is open source. It creates, deploys and manages virtualized utility packing containers with the use of a common working system (OS).

Is cloud-natives same as microservices?

Microservices are inherently cloud-native, due to the fact cloud-native apps are primarily based on microservices architectures — this is, consistent with maximum definitions of cloud-native. Microservices architectures were around longer than cloud-native computing.