Now, many companies started to evaluate or leverage Node.js as an alternative to Java because it has similar advantages such as microservices architecture while being more accessible and providing quicker development time. In this article, we’ll put Node.js vs Java to the direct comparison according to the main criteria required by business-oriented software and discover what are the strong and weak sides of each technology.
The development teams and business decision-makers have plenty of technologies available to create cloud-based solutions that can handle the significant workload, big user base, and provide high security. Historically, this is the competition between Java, .NET, and PHP. All of them are very mature technologies released around 20 years ago that have been extended for web development with frameworks such as Java EE or ASP.NET. Java or Java SE is normally used for desktop applications development, APIs, public products, so in the context of high-load web applications we’ll be talking about frameworks designed and utilized specifically for these purposes such as Java EE and Jakarta EE. In contrast, Node.js, with the first released 10 years ago, has been created as a pure web technology from the very beginning. Nevertheless, it has gained significant market share in both enterprise and public markets and managed to take its place as one of the primary options for new SaaS products and enterprise responsive web applications for internal use.
List of the Content
- The market share and companies preferences: Node.js vs Java
- Java for enterprise web development
- Node.js development for enterprise web applications
- Node.js vs Java for the enterprise web applications development
- In conclusion
THE MARKET SHARE AND COMPANIES’ PREFERENCES: NODE.JS VS JAVA
First, let’s define what is meant under the enterprise-grade web applications. It’s not necessary in-house software created by the corporations for internal needs. This can be any SaaS solution that has a high number of users and sophisticated features. For example, Ukrainian startup-product Grammarly has 6.9 Million daily users despite having only 400+ employees. It is the cross-functional Chrome extension, web app, and desktop app that analyzes a user’s writing style and corrects mistakes, grammatical, stylistic, and spelling. Such number of users itself means that the company has impressive extremely scalable back-end service and cloud infrastructure. In addition, the extensions and apps collect all the text input from the user’s computer and browser and send it to the server for processing. Thus, the service has access to the business and personal data of dozens of millions of people. Most of the companies would prohibit the use of such applications on the workstation, but the human is always the weakest part of any security system.
With this example, we can identify any web application that has a significant number of users, operates sensitive or confidential data, and has complex features as an enterprise-grade software. The requirements are the same and efforts required to address them are the same.
To support such high user count and ensure security Grammarly team uses a number of technologies including Java EE, Ruby, Node.js, Python, MongoDB, MySQL, AWS, etc. If we focus on the back-end technologies, we’ll see the “usual suspects” Java and Node.js that are used on the server-side for various back-end services. Big cloud solutions utilize a variety of technologies for different services depending on their advantages. For more details on Node.js vs Java, we’d address more precisely each of these server-side frameworks and explain how you can leverage them in the most effective way.
Java Enterprise Landscape
Java EE is one of the standard technologies in enterprise software development. This platform was initially created to reduce complexity by providing efficient tools to build, maintain and advance multi-tiered applications. With each new version, Java developers have the possibility to improve functionality and portability as well as increase the overall productivity. In light of the latest news, Oracle announced that it had submitted Java EE to the Eclipse Foundation and the name of the platform was rebranded as Jakarta EE. In fact, the developers’ choice of this technology hasn’t changed and more than 66% of them stated that they would definitely stay with Java despite recent adjustments. Moreover, it is interesting to mention that the high percentage of developers are still using the previous versions of Java EE. They are quite satisfied with the provided features and don’t plan to migrate to other technology in the near future.
The Java EE version choice isn’t limited to one option. Developers state that they still use some previous versions and 21% of them don’t care which version to go with due to the great functionality they get.
Node.js Enterprise State
More than 75% of Node.js developers are engaged in back-end or full-stack development in comparison to 14% usage for front-end scripting.
As for the general market share of these technologies, we can combine the data on several important aspects. For example, 49,383 enterprises have used or recently switched to Node.js. At the same time, 106,353 companies state to use J2EE, one of the first versions of Java EE. Such companies as TripAdvisor, GameDuell, Rezdy, ICT Health favor Java in their tech stacks, whereas Uber, Netflix, eBay, Twitter, Reddit apply Node.js. In terms of Java EE vs Node.js choice, Netflix proved their decision by the impressive ability to decrease the forty-minute startup time to less than a minute by switching to Node.js development. This tendency has considerably influenced the technologies’ popularity and predicts some changes in the near future. Thus, we recommend checking each technology’s advantages and drawbacks firstly and make the final Node.js vs Java choice according to the project needs and expectations.
The Node.js use for back-end development is going to increase by 77% whereas Java – by 30%.
JAVA FOR ENTERPRISE WEB DEVELOPMENT
As long as we raise the Node.js vs Java question, we will start with defining the main aspects for each technology and what makes them strong competitors. Regarding Java web development, let’s consider the following:
Enterprise Java frameworks provide different sets of APIs to specify and organize the overall interaction between components. With each release, developers have access to some new options like Java API for JSON binding in Java EE 8. It has enabled converting Java objects from and to JSON messages via a provided binding level.
In order to improve code quality and effectiveness of the architecture, developers could find solutions via design patterns. This approach is workable for both basic and advanced functionality as explored patterns focus on providing problem-solving alternatives. They usually become the connection between existing Java patterns and new concepts.
With the variety of Java modules, the development process is advanced by flexible, adaptable and time-efficient solutions. For example, developers can easily access all Java interfaces, classes, native libraries within resource adapter modules or find web and servlet class files in the web modules.
Commonly, Java presents a set of specifications to create a monolithic enterprise web application. The approach is easier to deploy as it relies on creating one single unit however it is getting harder to compete with microservices. Thus, developers find a way to create microservices applying Java EE APIs in the app server like GlassFish.
Due to the technical capabilities, Java executes different requests asynchronously without additional time on waiting to complete the previous ones. It allows the app to perform with some number of servers and support certain scalability. However, adding more servers isn’t always workable as it might decrease the performance speed.
The execution speed is measured by the processing time of input and output requests. Even though Java processes them in both blocking (one request at a time) and non-blocking manner (several requests at once). However, it still takes longer in comparison with Node.js. Managing the process flow requires additional attention to complexity.
In terms of Java EE vs Node.js security, the great advantage of Java is the availability of all necessary features to secure the enterprise applications out of the box. As a rule, developers integrate ready solutions like SSL encryption, authentication strategies, etc. However, it is usually long to learn them and complicated to customize.
Java development is known for its great code maintainability and computation efficiency. Developers also have access to a variety of libraries to raise development speed. Java IDEs and various debugging tools make the process faster and easier.
NODE.JS DEVELOPMENT FOR ENTERPRISE WEB APPLICATIONS
Node.js has easily gained its market share as it meets the real needs for enterprise web development. This approach is acknowledged due to the next aspects:
Codding consistency could be implemented through a variety of services including APIs. It helps to facilitate performance and maintenance. For example, Node.js developers aren’t troubled with converting between JSON as these objects are easily exposed with the secure and simple REST APIs in Node.js.
In order to build service-oriented architecture and improve modularity, developers structure the apps with the help of microservices. Single-threaded approaches in Node.js allows the server to respond without the blocking mechanism or the return data of the previous API. In fact, servers are capable to handle all the coming requests.
This approach is known for its great horizontal scalability with the capability of adding more hardware. As for the vertical scalability, it practices single-threaded attributes thus it is recommended to use the cluster module for multi-core systems.
Node.js web applications are recognized for high speed due to non-blocking manners of processing both input and output requests. The fact that the tread could deal with several requests considerably increases the execution speed. In the light of Java EE vs Node.js comparison, such approach is the perfect choice for apps that need to handle massive operations.
Node.js development is focused on mastering the customized security strategies. It is also common to integrate specialized modules with the possibility of some configurations. This enables robust and secure development along with the advancing existing approaches.
NODE.JS VS JAVA FOR THE ENTERPRISE WEB APPLICATIONS DEVELOPMENT
From one’s perspective, it might seem complicated to make Node.js vs Java choice. However, there is some practical advice on addressing this question. It is recommended to break down requirements and expectations according to the business and technical needs of the enterprise web application. Choosing the up-to-date technology is as important as the ability to use resources efficiently.
When it comes to the technical side, it requires a comprehensive review of technologies’ capabilities. We’ve already mentioned enough aspects for a valid comparison to be made. Yet let’s emphasize key factors to enlighten us to the Java vs Node.js backend comparison.
- Both technologies are an efficient solution that was successfully implemented in a number of projects.
- Furthermore, they offer a wide variety of tools and libraries.
- Regarding the learning curve, it is much faster to get acquainted with Node.js development and show high productivity.
- In terms of Node.js vs Java microservices, we have the definite winner – Node.js. It initially structures the app with microservices whereas Java EE mainly focuses on the delivery of a monolithic web application.
- Java applications that can be scaled both vertically and horizontally in comparison to horizontal scalability of Node.js.
- As for Node.js vs Java REST API, Java has just introduced that option where Node.js developers greatly benefit from simple and secure REST APIS.
- The execution speed varies due to the difference in processing IO requests. Node.js is characterized by its faster performance.
- Last but not least is security, Java specialists follow the set of in-built security features when Node.js development can provide customized solutions.
As for the business aspects, it is vital to consider the market share, including business foresight, community support, frequency of updates, developers’ availability, etc.
Another important aspect of Node.js vs Java choice is the availability and proficiency of developers. Even though it is reported that the overall number of Java developers is way higher, Node.js specialists are more in demand. According to the survey, the use of Node.js is expected to increase by 77% and Java usage – only by 30%. On their part, employees stated to have the biggest gaps in hiring specialists that are proficient in the latest technologies like AngularJS, React and Node.js. Such tendency also reflects on the average annual salaries – Node.js developer earns $104,964 and Java specialist – $101,142 in the US.
Now that you know more about these technologies, we hope you will be able to make the right Node.js vs Java choice. Covering your own requirements, make sure to benefit from the best advantages of the chosen technology stack.
The final choice is usually based on the number of advantages each technology can provide for your project. It is obvious that great security, scalability, performance, development efficiency and maintenance services are the main requirements for enterprise web applications. Both businesses and developers are looking for the best option to implement ideas and advance the provided services. Unless you combine the project needs and market requirements, it’ll be hard to choose. In other cases, there is always one great option within Node.js vs Java decision.
If you have additional questions, consult professionals. Existek has been providing web development services since 2012. We’ve implemented the number of ideas into successful products. We’ll be glad to share our experience with you. Feel free to contact us via the chat widget on the right or visit our contact page for further assistance.