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The term “low code” is often confused and misinterpreted as another word for no code, visual coding, or some other strange alternative. But low code is actually a specific software development methodology, which has proven to be an ideal approach for creating custom solutions in the enterprise environment. In this blog post, we are going to take a closer look at low-code software development and explain why it might be the perfect solution for your project. Ready? Let’s dive in!
What is Low Code Development?
Low code development (LCD) refers to the software development process where less code is written by the developer. Unlike traditional software development where the developer is responsible for the entire code, in LCD, the developer is responsible for only a certain part of the code. The rest of the code is generated by an automated system based on the developer’s requirements.
Thus, the term low code refers to the fact that less code is written as compared to traditional software development.
Typically, an LCD solution involves two key components: a business process management (BPM) platform and a visual development environment.
The BPM platform is responsible for communicating with the data source and storing the data in a certain format. It also manages the data flow between the various components of the system.
The visual development environment allows the developer to create the user interface based on the data that is being managed by the BPM platform.
The environment also allows the developer to create rules and logic that are associated with the data in the system. Thus, the visual development environment is responsible for generating the code that is required to build the application.
What’s so great about Low Code?
As we have seen above, less code is written in low code development. There are several advantages of this approach. First, when less code is written, it is easier to maintain the application. This is because there are fewer lines of code to track and fewer bugs to fix.
The time and costs associated with creating and maintaining the application are also reduced.
Another big advantage of low code is scalability. When the application is generated by an automated system, it is easy to add or remove functionality based on the needs of the user. This is particularly useful in the enterprise environment, where the needs of the users are changing constantly.
Low code is also beneficial when it comes to testing. When there is less code to test, the time and resources required for testing the application are reduced. This is extremely useful in the enterprise environment, where hundreds of different applications need to be tested.
Why Low Code is the best choice for enterprises
As we have seen above, low code offers great advantages. However, why is it the best choice for enterprises? There are several reasons why low code is the best choice for enterprises.
First and foremost, enterprises deal with a large number of different systems, and the companies need to integrate the data from these systems. To do this, the development team needs to write a significant amount of code. This is where low code development is perfect! Low code allows the system to be built quickly and easily. Thus, it saves a significant amount of time and money.
Low code is also beneficial when it comes to updating the system. In most cases, the system can be updated without having to go through the testing process again. The system can be updated simply by changing the code in the visual development environment.
How to apply low code development in your project?
As we have seen above, low code development is beneficial in many ways. However, you might be wondering: how exactly do you apply low code development in your project?
What are the steps involved? Fortunately, the process of low code development is quite straightforward. Here are the steps:
First, you need to decide which platform you want to use for your project. There are many BPM platforms available today. You can choose the platform based on your requirements.
Next, you need to choose the development language. Some of the most commonly used languages for visual development are Java, C#, Python, and JavaScript. Once you have chosen the BPM platform and development language, you can create the user interface based on the data that is being managed by the BPM platform.
You can also create rules and logic that are associated with the data in the system. Finally, you need to deploy the application to the end users.
Understanding the limitations of Low Code Development
When you are considering low code development for your next project, you should be aware of the limitations of this approach. First and foremost, fewer lines of code mean less functionality. If you are looking for an application that offers more functionality, you should consider going with a traditional software development approach.
Another limitation of low code is that it is not suitable for every type of application. For example, if you need an application that is highly secure, low code might not be the best choice. Low code is not suitable for applications that require complex logic.
Conclusion
As we have seen above, low code development is the best choice for enterprises. With this approach, less code is written by the developer, which makes it easier to maintain the application.
Low code is also beneficial when it comes to scalability, testing, and integrating various systems. If your next project requires a custom solution, you should consider low code development.
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