Java is an object-oriented, platform-independent programming language initially designed to build powerful web applications. Since its inception in 1995 by Sun Microsystems, it has evolved as a framework over the years, and almost 3 billion devices worldwide use it for development.
Java is used in different areas, such as embedded systems and enterprise solutions, making it an industry-leading technology framework. In the software world, it is fast emerging as the preferred choice across various industries. We can find Java applications being built for IoT, Artificial Intelligence, Big Data analytics, mobile development, etc.
Let's discuss its famous use cases in different industries and why you should use Java below.
The biggest reason developers select Java over other programming frameworks is its simplicity and ease of use. Java is very versatile, and its syntax is not complex for beginners to pick up.
Its most notable features are high portability, multi-threaded architecture, distributed application development, and robustness. Java supports loading classes dynamically and on-demand, supporting functions from other native languages like C and C++. It offers automatic memory management, dynamic compilation, and high performance.
Compared to other frameworks, it is faster, scalable, and more efficient than traditional languages. It can be used to design distributed applications and offers built-in security features via JAAS, cryptography, SSL encryption protocols, etc. No explicit pointers exist, and Java programs can be run inside virtual machine sandboxes. A classloader is a core component of the Java Runtime Environment (JRE), and Java can check for code fragmentation using its Bytecode verifier. Its security manager controls allocating resources to classes and access rights regarding reading and writing to the local disk.
What is Java Used For?
Java is used for building websites and scalable cloud apps and powers enterprise-grade applications. It is used for building and running various mobile apps and supports Artificial Intelligence and Internet of Things (IoT) applications. The framework can be used for building and deploying chatbots and integrating various marketing tools.
It is used to code everything from server-side technologies to big data applications. Java is swift, secure, and future-proof. It can also be used for designing games, and developers use it in data centers, supercomputers, mobile phones, and other devices.
Java I is considered the de facto industry standard for software development, and its Integrated Development Environment (IDE) is one of its most promising features. Automation tools, debuggers, and editors make it ideal for every development project.
New developers can learn Java gradually in two phases: core Java and advanced Java. The open-source programming framework includes extensive documentation and features excellent community support. It is known for having the second-largest Stack Overflow community, and its Application Programming Interface (API) can be directly used with any code.
What to Build with Java?
You can use Java to build various programs in different industries. As a fast-emerging framework, it helps software developers build applications for financial services, airline companies, electricity billing systems, etc.
Java can be used to build programs for innovative city projects and online medical and banking management systems. It is ideal for data visualization and can even be used in virtual private networks. There is no limit to what you can do, and many companies use the Java Enterprise Edition (Java EE) platform to facilitate easy scripting and designing enterprise applications.
Businesses can enhance their operations and security by leveraging its suite of various features. Java has established itself as a powerful player in the AI landscape. It can be used in natural language processing applications, neural networks, and deep learning projects. The possibilities are endless, and its robust architecture makes it an excellent choice for creating high-performance applications.
Although it is primarily designed for backend development, technologies like JavaFX and Swing make it ideal for front-end development and allow developers to build stunning graphical user interfaces (GUIs).
Java Development Use Cases
Here is a list of the most popular use cases of Java development:
It is one of the most used programming languages worldwide, and over 35.35% of developers use it to create apps, websites, and customized solutions
Java has a dynamic community backing support on GitHub, and it is becoming a popular choice for implementation with the latest advanced technologies, such as Augmented Reality (AR) and Virtual Reality (VR)
Companies hire Java programmers to build websites, custom software, and dynamic mobile applications. Spring and Hibernate are two popular Java frameworks leading organizations use to build web app components integrated with popular platforms like Twitter, Opera Mini, and Spotify.
The Java Netbeans IDE is ideal for creating captivating GUIs. Trapeze Artist Reader and ThinkFree feature 3D graphical models and advanced tree models to design advanced GUI applications. Java Micro Edition (J2ME) is excellent for cross-platform mobile application development. It has dynamic classes that can explicitly use the Dalvik Virtual Machine to design components for Android applications.
Java development is gaining popularity in the finance industry, too. Several institutions use Java to build exchange platforms, digital wallets, and banking data handling frameworks.
Developers use Java in SIM cards to power telephone apps in the real world. It's an innovation recently gaining prominence, and Java development services are being incorporated with embedded systems.
Top Industries That Use Java
Java code can be used to design modernized legacy systems and be run anywhere across multiple operating platforms and systems. It can write software from scratch, microservices, SOA, API development, and rapid prototyping applications.
Java’s service-oriented architecture makes it excellent for designing customized solutions that cater to specific business needs. Organizations of all sizes can build simple apps to large-scale enterprise software. The framework can tap into the full potential of cross-platform development and cloud computing technologies.
Below are the top industries that use Java:
The healthcare industry uses Java to design smart wearable and embedded devices for patients. Patient management software, disease tracking features, and document flow invoicing are some of its typical applications. Doctors can use Java to build lifestyle management and fitness apps for patients, book online medical consultations, and provide better diagnosis outcomes for clinical trials.
The automotive industry uses Java to create embedded controllers and in-vehicle system software. Car manufacturers can improve the safety and control features of automobiles. They can enhance digital experiences, improve entertainment, and design elements for various car peripherals and sensors. Large data networks can be built for roadside communication between the car and the cloud.
Java can be integrated with third-party e-commerce solutions and is used by businesses to support e-commerce app development. It provides excellent user experiences across multiple social media channels and can be used to design user-friendly interfaces.
Businesses are using Java to accelerate their digital transformation, and the framework can handle high traffic volumes and real-time customer data. It enhances business decision-making and operational efficiency and works with different retail strategies.
The education industry uses Java to build learning apps and platforms for students. Java provides powerful e-learning experiences and can personalize learning for better student performance. It is used for creating student information systems and academic administration platforms and with various remote learning and collaboration tools.
The manufacturing industry uses Java to develop product lifecycle and supply chain management solutions. Leading manufacturing companies like Philips and Siemens use Java as their primary manufacturing software development framework.
The government uses Java to launch the latest products and services to citizens nationwide. Federal agencies use Java to build websites, and there is a high demand for government Java programmers. Government agencies use Java's proprietary databases like Oracle and Microsoft's SQL server to design government software, mobile apps, and web applications.
The television industry uses Java to design control systems and billing applications. Many private companies use Java to power subscription-based services and mobile applications for TV systems.
The hospitality industry uses Java for booking reservations, guest profiling, and inventory management. It can integrate with different systems and is revolutionizing hospitality software development.
Java has made a name for itself over many years and evolved as a complete web and app development framework. Startups can rely on it for its high speed and stable performance, and the framework is being used by many big data applications, too.
Companies can build modern cloud-based solutions to migrate legacy code systems to the modern Java stack. Clarion Technologies one of the top Java development companies globally to offer the best Java development services.
If you require assistance with your latest technology projects, please get in touch with us. We offer a 2-week risk-free trial and provide businesses with customized quotes to suit their changing requirements.
Vinit Sharma, a seasoned technologist with over 21 years of expertise in Open Source, cloud transformation, DevSecOps strategy, and software architecture, is a Technical Architect leading Open Source, DevOps, and Cloud Computing initiatives at Clarion. Holding certifications as an Architect and Business Analyst professional, he specializes in PHP services, including CMS Drupal and Laravel, contributing significantly to the dynamic landscape of content management and web development.