Future of Java for the Enterprise


In addition to a vote that changed the name of enterprise Java, currently Java EE, to Jakarta EE — the brand is having its governance handed over to The Eclipse Foundation. For those used to coding robust, complex enterprise applications using Java, tinkering with the product and breathing new life into an already overcrowded DevOps marketplace may sound like a worst case scenario.

But, Java may not be defunct yet as the goal of the changeover is to spearhead new innovations for Java developers to move forward in a cloud and container-driven enterprise world.

Here’s a look at the future of Java for the enterprise and what it may mean for you as a developer.

BMC Helix: Next Generation ITSM

Java Today: A Quick Review
As you already know, Java is a computing platform that relies on object-oriented programming or OOP. When it was first productized for the internet by Sun Microsystems in 1995, Java offered a welcomed relief from the headache of other programming languages like C++ in designing stand-alone applications.

Indeed, Java presented a lot of firsts to developers in the 90s who were happy to have a cross-platform language to churn out production code. It was initially designed to have as few implementation dependencies as possible, which led to the term “write once, run anywhere” (WORA). This means that compiled Java code can run on all platforms with no need for recompiling the code. In addition, Java-based applications became known for their speed and scalability.

But by 2010, in spite of a growing number of enterprises using Java EE to write web applications, Forrester was calling it a “dead end” for enterprise businesses, recommending that they find new technologies to overcome the complexity and inflexibility of Java applications.

And while Java is still used for some web applications today, it is true that more and more enterprise organizations have made the transition to approaches that are agile and which allow for faster delivery of applications in the cloud.

Furthermore, container management platforms and PaaS have become the order of the day.

A Look at Enterprise Development Trends
Enterprise app development in today’s competitive business environment is practically a given. And frequency of deployment is more critical than ever. In fact, you may already know that the highest-performing IT organizations deploy more applications more frequently, such as multiple deployments per day versus between once a month and once every six months for lower performing IT organizations.
If businesses aren’t writing software for their own use, they are bringing programs to a mobile marketplace for their consumer-users.
In many cases, enterprise businesses find they are doing both. As such, the move from traditional views of IT to a culture centralized around DevOps and continuous delivery is afoot.
In turn, this paradigm shift has paved the way for new technology and enterprise development trends. These 2018 development trends pose challenges that must be answered for any future development of Jakarta EE:
Focus on Security
With governance changing hands to The Eclipse Foundation, how will a new Java-based platform ensure security? This is the questions burning on the minds of many developers as multi-cloud environments and integrations give way to security challenges for enterprise businesses.
In order to be competitive, Jakarta EE will need to be innovative with a focus on keeping applications safe from cyber threats.
Progressive Web Apps (PWAs)
As PWAs, or websites that operate with all the online and offline functionality of a mobile app, take hold of the enterprise world how will Java web apps compete?
Current Java instances are much bulkier than the lightweight platforms used to code in the cloud. But Jakarta hopes to overcome one of its biggest drawbacks by focusing on cloud native development.
Development Passed on to End-User
More and more, development is shifting to the end-user to create a completely customized enterprise app experience — this is native to container, PaaS and other web-based development platforms.
Critics of Java may be wondering if Jakarta can meet this requirement?
Traditional instances of Java require deep knowledge of coding languages and technical ability, but the trend is for applications to be easier and easier to customize for a dynamic marketplace. Staying ahead of the competition means planning for end-user development.
Room to Grow
As innovations like blockchain and the Internet of Things begin to impact the everyday lives of end-users, any new Java development platform should be flexible with room to grow.
It remains to be seen if Java can make a come back by meeting the demands of a changing enterprise market, but with The Eclipse Foundation behind the wheel we should expect to see new innovation.
Open Source
In recent years, open source technologies have gained widespread adoption in a number of areas, including virtualization, supercomputing, operating systems, databases, web servers and more. And there’s a continued clear demand for open source as a critical part of the developer landscape today. The Eclipse Foundation has made it clear it intends to place a significant focus on leveraging the open source community for Jakarta EE.
The Eclipse Foundation and the Future of Java in the Enterprise
All indications suggest the Eclipse Foundation is focused on taking Java into the cloud to compete with containers and PaaS.
The reason that Oracle released governance of Java to the Eclipse Foundation was strategic. The goal was to take Java, which is a present day platform central to many enterprise operations, and keep it relevant by allowing the foundation to focus on modern innovation.
The Eclipse Foundation is expected to dive deep into MicroProfile, a move to make Jakarta EE more lightweight and therefore cloud-ready.
The vision is to create a cloud platform where Java developers don’t have to know snippets of thirty different languages to get one program made. Instead, they can code in a familiar language like Jakarta EE, with a software partner who has the Java experience to deliver services in the cloud. But critics wonder if adding a new platform will mean they now have to know thirty-one languages, instead of thirty.
In a decree release by the Eclipse EE4J Project Management Committee, it is expected that open-source communities will embrace these changes, offering technologies that can be adopted into the platform such as the following:
Docker
NoSQL; and
Kubernetes[Source]-https://www.bmc.com/blogs/enterprise-java/
We provide best java certification course in thane, navi mumbai. We have industry experienced trainers and provide hands on practice. Basic to advanced modules are covered in training sessions.

Comments

Post a Comment

Popular posts from this blog

Why, when and how to return Stream from your Java API instead of a collection

Introduction Collections are basic and commonly used data structures. Programmers from the beginning of their career learn how to use them to receive, process and return data. Getting more advanced in Java programming, they find stream() method to convert a collection into a stream and learn how to process data using some of the stream’s useful methods like map, flatMap or reduce. They could also notice that other APIs in Java return a stream too e.g. String.lines(), Matcher.results(), Files.find(), Random.ints(). If you have experience with consuming streams but haven’t produced them yet, this article is for you. I’m going to show you some scenarios where streams can be very convenient and examples on how to use them. Additionally, I shortly mention error handling and resource management. The article is based on standard Java library java.util.stream. It’s related neither to reactive streams nor to other implementation of streams like e.g. Vavr. Also, I’m not going to cover a...
Read more

What is Kubernetes?

Kubernetes (also known as k8s or “kube”) is an open source container orchestration platform that automates many of the manual processes involved in deploying, managing, and scaling containerized applications. In other words, you can cluster together groups of hosts running Linux containers, and Kubernetes helps you easily and efficiently manage those clusters. Kubernetes clusters can span hosts across on-premise, public, private, or hybrid clouds. For this reason, Kubernetes is an ideal platform for hosting cloud-native applications that require rapid scaling, like real-time data streaming through Apache Kafka. Kubernetes was originally developed and designed by engineers at Google. Google was one of the early contributors to Linux container technology and has talked publicly about how everything at Google runs in containers. (This is the technology behind Google’s cloud services.) Google generates more than 2 billion container deployments a week, all powered by its ...
Read more

Best way to learn Java programming

Having said that I am writing this post dedicated to all my young (or I should say beginner) fellows who want to attain a certain level of proficiency in java technology and somewhere would like to take my advice on this. Keep in mind that if you do not like the way to learn java, I am proposing in this post, then just ignore me. Period. OR better, suggest me what you think is the better way to learn java fast or easily. Here I am assuming the people reading this post will be, who are very new to language, so I will start by listing first thing first. Make sure you have prepared your Java development environment ready i.e. You have installed JDK/JRE and you have an IDE like Eclipse. 1) Learn the language basics This is the first step for very obvious reason. If you don’t know the basics then you will never know either what to do next or what you are doing wrong. Initially, I do not expect from you to become the master of all java basic stuffs like keywords, core concepts o...
Read more