Digitization in the past few years has completely transformed the business model in companies. Today, every market research is based on data. The rate at which data volume is growing it is outpacing the analysis capability of businesses. Hence, to address this situation an innovative technology big data analysis is in place with powerful analytic tools like Hadoop. It is a Java-based framework having high-level computational power to process large data sets.
Another innovative technology that made a huge impact on enterprises and clients is the Internet of Things (IoT). This technology is based on AI and machine learning. This technology is meant to enable devices to respond like human beings. However, its implementation needs multiple considerations; and here comes the role of Java programming language. Being in the technical domain for more than 20 years, Java is the first choice for web application development. Furthermore, its role is in huge-demand even with the latest technological innovations.
In this blog, we will discuss the importance of Java in big data and IoT.
How IoT works?
IoT is a technology that collects large volumes of data from a huge network of electronic gadgets, then process the collected data, for sharing it with other connected devices to make decisions. In simple terms, it builds intelligent devices. However, running an IoT device would need applications which will help it to connect with other gadgets to maintain the connectivity. These applications which run an IoT device is based on the Java language.
Role of Java in IoT
Java has several features that make it a perfect choice for IoT applications.
- Platform Independent
Being platform-independent is a vital feature to develop an IoT application. During the application development, below factors need to be considered –
- Operating System
- Protocols to connect the devices
Java has all of the above factors. Hence, the IoT application developer can run on multiple devices without changing the application code. It helps to implement write once and run anywhere facility. As IoT usually handles AI-based system, the Java development company will require software on multiple operating systems as per the requirements.
One of the major reasons IoT app developers prefer Java is because of its flexibility. Hence, they can develop anything with Java. In addition, the migration feature of the Java application is high. The reason for opting Java for application is no issue will come during the migration to a new platform, and the whole process will be free of errors.
- Secure & Scalable
Java is an easy language to learn, and with its best in class object-oriented features, it offers amazing features in an application. Security and scalability are two essential parameters in the industry while handling IoT devices and Java is perfect to meet that requirement. With its huge ecosystem, it is a great platform for the IoT. Thus, developers having advanced Java knowledge are working on IoT apps to build a connected digital world.
- Large Set of APIs
Java provides its users the benefit of using an extensive set of APIs which they need to apply rather than coding during the development of an embedded application. It makes Java a great choice for IoT application development.
Role of Java in Big Data
The first thing that strikes our mind, when we talk about Big data is its working. Well, big data actually handle a large set of data, either in a formatted or unformatted manner. Next, it processes them to provide a proper output in the required format. Here are a few main roles of big data –
- To process large chunks of data set to get the latest insights
- To implement processed data for AI purpose to create an automated system
- To analyze complex data sets for better performance
To perform the above functionalities, several tools are used. Some of the major ones are Apache Hadoop, Apache Storm, and Apache Spark. These tools run on Java and its concepts that are widely used for data processing.
Role of Java in Big Data & IoT Future
IoT apps are helping millions of devices to connect which results in sharing of data more than ever. This large volumes of data require proper storage and management. To smooth this purpose, big data technologies must be implemented to handle this effectively. The best part is technology giants like Google and Apache are releasing more libraries for technology advancement. In the blog, we have discussed the role of Java in Big data and IoT, thus it is quite clear that Java development will play a huge role in the future of these technologies.
Overall, Java technology has always been a popular and useful technology that is trusted by developers when compared to other programming languages available for the application development work. Though there are several programming languages available in the market for developers with simple interfaces like Pig, Ruby and many more; still, Java is more in demand. As a result, the numbers of Java developers are increasing every day. Thus, whether any change happens with big data and IoT technology, the role of Java will always remain the same.
Java is a tried and tested language that has been in huge demand to build remarkable web applications for business enterprises. The best part of Java is its role in Big Data and IoT-based applications and businesses looking to invest in such applications more than ever. Even though the language has been well-established, there is a need to avail the services from the experts who can help in implementing it to your advantage. Java offers network portability feature as well. It is also one of those programming languages that developers love to work with. These two aspects make it the perfect program to help devices connect. Almost all devices, including computers to mobile phones, use Java. It’s an integral part of the internet world, making it a perfect platform for the internet of things.
Author Bio –
Amulya Reddy is the experienced Java developer with Java India – Java Web Development Services provider worldwide. She loves to share her knowledge with all about the tips, trends, best practices, tools in Java technology.