Software development is an ever-changing domain. Many new software trends emerge over time to further support the ever-growing nature of the IT sector, as software applications evolve and adapt to the demands of the user market.
That’s why, organizations should have some crucial technology priorities to lead up to the business challenges ahead. Developers or business leaders should use the right technology stack for software development that is scalable, efficient, and offer longevity to help enterprises achieve a stable ROI. Java is one such reliable tech stack for software development. Enterprises can team up with the right Java development company for developing and deploying complex software solutions.
Java Programming Language – An Overview
Java is a widely used open-source programming language for software development. Being equipped with JVM optimizations and automated memory management functionalities, this programming language is more suitable for developing digitally-powered solutions.
Besides, Java follows object-oriented programming (OOP) methodology, which is one of the key reasons behind its incredible popularity throughout the decades. This methodology offers developers a robust modular structure that highly simplifies advanced problem-solving tasks. Java objects allow developers to reuse codes, which eases testing and troubleshooting. It has been estimated that around 90% of enterprise software solutions are programmed using Java.
Reasons to Use Java for Software Development
Multithreading Execution
When a language offers multithreading as functionality, it means that developers can build and run more than one thread at a time. Consider a thread as a task – a part of the process. Multithreading allows programmers to take full benefit of the Central Processing Unit (CPU) so that multiple threads can run synchronously – or, simply put, multiple tasks can run at the same time. This makes the software more faster and efficient. Without the multithreading feature, developers need to create individual threads that can cause the software to run slower or crash, thereby impacting performance.
Platform Independence
One of the most notable Future of Java is that the language is platform-independent, meaning that the codes can run seamlessly on any system. Any computer architecture including the operating system (macOS or Windows) can run Java programs since they support the Java Virtual Machine.
After compiling a Java program, the code gets transformed into cross-platform bytecode. This bytecode can be then run by any machine that supports the JVM structure. This way, enterprises can build cost-effective cross-platform solutions, since developers no longer need to build a separate codebase for Windows, MacOS, or Linux. Developers from the right Java Software development company can build feature-rich, cross-platform solutions for enterprises.
Interoperability
The codes of Java can be used in conjunction with another language to leverage some features that may not be obtainable in the original language. Essentially, developers can take advantage of other languages to extend the features of their final product. While Java is not intuitively interoperable with C++ and C (despite their syntax), the availability of JNI (Java Native Interface) allows for the compilation of native C/C++ methods. Moreover, Java is interoperable with Kotlin. Java codes can be natively called from Kotlin, and Kotlin codes can be easily compiled within the JVM environment as well.
Scalability
When a business grows, the IT infrastructure should grow along with it – that’s the basic idea behind the concept of scalability. Developers can extend their software’s scalability by adding more memory resources and CPU units. Though, in order not to impede the performance and to use the available resources more effectively, the software must be prepared to scale along with the hardware.
Java fortunately offers a multitude of features that enable the development of enterprise-grade solutions with scalability in mind. It supports static checking, modularity, advanced tools for debugging, and analysis, as well as libraries that offer asymptotically optimal data structures and algorithms.
Other features like spaces, access modifiers, and indentation help in the easy maintenance of the Java scripts. Therefore, programmers can easily ensure that the software is bug-free during testing. Java-built software is easily maintainable and can be optimized effectively through better documentation.
Greater Security and Stability
As said before, Java has been around for more than three decades and is an open-source programming technology, meaning its codebase is transparent and modifiable. The Java community and the supporters of Java are actively investing an inordinate amount of time in testing, fixing, upgrading, and adding features to this language. New versions and security patches are still released by community experts, thereby Java is not going to be outdated anytime sooner!
All of this means that Java is highly secure and also stable; developers and product development companies can rest assured that their solutions will function properly, provided they program appropriately.
Another fact that ensures Java’s secureness is that the language avoids the utilization of explicit pointers, which can be misused by hackers who want to gain unauthorized access to the software’s memory. The removal of these explicit pointers eliminates the possibility of this particular threat resolutely. Moreover, Java offers a built-in security manager feature that allows developers to define access rules to classes.
Wrapping Up
Software projects built using Java yield various benefits. Java language is easy to debug and provides robust community support. Apart from the above-mentioned benefits, there are still more potentials of Java out there waiting to be discovered! Businesses can hire Java developers from a recognized services provider for developing custom software solutions.
