Digitization has changed the business model of companies. Today, every business success depends on its market analysis and data insights. As a result, the amount of data being generated is very difficult to manage. Hence to address such a situation, big data analysis can be performed with high-end analytic tools like Hadoop. It is a Java-based programming platform with immense computational power that process large data sets.
On the other hand, another technology that has taken the world by storm is the Internet of Things (IoT). This innovative technology is AI-based and machine learning. This new wave of technology is meant to run machines with human-like intelligence. However, its implementation requires expertise; and here comes the role of Java in IoT.
Java is a renowned technology serving people for more than 20 years. In addition, its role is unmatched even with the latest technological inventions. In this blog, we will talk about the role of Java in big data and IoT.
What does IoT do?
IoT is a technology that collects and manages huge amounts of data from a wide array of electronic devices and sensors, then gathering relevant information from the collected data, and sharing it with other connected devices or units to take real-time decisions. Basically, it makes a device intelligent. An example of such an intelligent device is an automated security system installed at home.
However, to run a device smartly IoT application needs to be integrated which will help to easily connect with other devices within the network. Here the role of Java comes with its networking programming capability.
Role of Java in IoT
Java has numerous features making it a trustworthy platform for IoT app development.
1. Platform Independent
To build an IoT application being a platform-independent is very important. During the application development, these factors need to be kept in mind –
- Operating System
- Rules to connect the devices
Java includes all of the above factors. Thus the IoT application can run on multiple devices without customizing the application code. It follows the write-once and runs anywhere feature. As IoT usually handles AI-based devices, the Java development company will need software on different operating systems as per the needs.
App developers prefer Java because it is a flexible platform to build IoT applications. Thus, they can build anything within Java. In addition, Java supports smooth migration. The reason for opting for IoT application is no issue will appear during the migration process, and the whole process will be hassle-free.
3. Secure & Scalable
Java is a perfect language to learn, and with its perfect object-oriented features, it offers outstanding features in an application. Security and scalability are the two most important significant parameters in the industry while building IoT device applications and Java is perfect to meet that requirement. With its vast ecosystem, it is a perfect platform for the IoT. Thus, enterprises hire Java developers having advanced knowledge to build a connected digital world.
4. Large Set of APIs
Java offers its users the benefit of using a huge set of APIs which they need to apply rather than coding during the embedded application development. It makes Java a perfect choice for developing secure & engaging IoT applications.
What is the Role of Java in Big Data?
When we talk about Big data technology, the most important thing that comes into our mind is its actual role? Well, big data deals with a wide collection of data, either in the formatted or unformatted manner and process them to provide a valid output to the businesses in the specific format. Here are a few main big data purposes-
- For processing a huge collection of data to get details about the latest trend
- For processing data to use in machine learning purpose to build an automated process
- For handling complex pattern analysis
For the roles & responsibilities as mentioned earlier, mainly big data tools are used. Some of the renowned tools are Apache Spark, Apache Hadoop, Apache Storm and several more. Most of these tools are Java-based and are widely used for data processing.
Internet of Things is helping millions of gadgets to connect online and work smartly. This huge data need proper storage and management. For this purpose, the big data technologies must be augmented to manage this data in an appropriate manner. Tech companies like Google and Apache are contributing rigorously for advancement. As we have mentioned earlier about the role of Java in big data and IoT, it is expected that it will play a big role in the future benefit as well.
Overall, the Java language is far better than other programming languages on the market. It is a popular and trusted technology in comparison to others. Though there are several programming languages available with smooth interfaces like Pig, Ruby and many more; still, people prefer Java for IoT & Big Data. As a result, the demand for Java programmers is increasing every day.
Thus, whether the Big data and IoT technologies will change in the future or not, the role of Java will always remain the same.
Java is a tested language that has always been in huge demand to build high-quality web applications to meet both end-user & enterprise needs. The best thing about Java is its role in IoT-based applications and businesses looking to invest in such applications. Even though the language has predefined features, there is a need to avail of the expert services that can help in implementing. Java has a network portability feature and it is a great programming language that developers love to work with. These aspects make it a great platform to help devices connect. Almost all devices, ranging from computers to mobile phones, use Java and its frameworks. It’s an integral part of the internet world, making it a perfect platform for the internet of things. Make sure you consult an expert team for the best results.
Amulya Reddy is the experienced Java developer with Java India – Java Development Services provider worldwide. She loves to share her knowledge with all about the tips, trends, best practices, tools in Java technology.