Low Code Architecture: Transforming the Development Landscape


In the fast-paced digital world of today, companies are always being pushed to come up with new ideas and change with the times. This need for speed and flexibility has led to the rise of low-code design, a new way of building apps that makes the development process easier and lets apps get to users faster. Low-code platforms provide a visual development environment where users can make apps using graphical user interfaces and settings instead of writing code by hand. This blog talks about the pros, cons, and possible future uses of low-code design.

What is Low-Code Architecture?

Low-code architecture is the process of designing and deploying apps using low-code development platforms (LCDPs) that reduce the amount of hand-coding that needs to be done. There are tools on these platforms, like drag-and-drop interfaces, pre-built templates, and automated processes, that make making apps easier to do and faster.

General architecture of low code

Image Source: Research gate


IDE stands for Integrated Development Environment. It is a software application that provides comprehensive facilities to computer programmers for software development. 

Visual Application Modeler

This is the main part of the IDE (Integrated Development Environment) for the low-code technology. It’s where the development process turns into something that can be seen and used. Users, even those who aren’t tech-savvy, can drag and drop parts to model apps. Usually, the modeler has tools for:

  • Debugging: To find and fix defects within the application.

  • Data Modeling: To define how data is stored, accessed, and managed.

  • Code Verification: To ensure that the code meets certain standards and functions correctly.

  • Testing: To verify the application’s functionality before deployment.


The encoder takes the Visual Application Modeler’s visual representation and turns it into a format that can be sent and understood by the platform server. This is a key step because it turns broad plans into specific commands that a computer can understand.

Platform Server

The platform server is the central component that orchestrates various processes:

  • Source Code Generator: It translates the encoded instructions into source code. This generator takes the platform’s data structures and converts them into executable code.

  • Decoder: It interprets the data sent from the IDE into a format that the platform server can use. This is essential for back-and-forth communication during development.

  • Deployer: It handles the deployment of the software to various environments or target platforms. The deployer automates the process, ensuring that the application is correctly packaged and sent to the appropriate servers, whether on-premises or in the cloud.

  • Compiler: The compiler transforms the source code generated by the platform into object code, which is machine-readable and executable. This is an important step for running the application on the target hardware.

Workflow Process

The workflow process involves several key interactions among these components:

  • The Visual Application Modeler allows for the creation and testing of the application model.

  • The Encoder then takes this model and encodes it for the Platform Server.

  • The Platform Server utilizes the Decoder to understand the instructions and the Source Code Generator to create the application’s source code.

  • The Compiler converts the source code into an executable format.

  • Finally, the Deployer takes this executable code and deploys it to the desired platform.

Benefits of Low-Code Development

  • Increased Agility
  • Low-code development speeds up the planning, development, and deployment processes. This lets businesses adapt faster to changes in the market and in what customers want.
    • Reduced Costs
    • Businesses can save money on labor and shorten development processes by cutting down on the need for complex coding. Low-code tools are great for startups and small businesses because they save them money.
      • Enhanced Collaboration
      • Because low-code tools are easy to use, stakeholders who aren’t tech-savvy can still be involved in the development process. This welcoming space makes it easier for IT and business teams to work together, which results in better results.
        • Simplified Maintenance
        • Most of the time, it’s easier to update and manage apps that were made with low-code platforms. It is easier to make regular changes and updates because the platform handles a lot of the structure and responsibilities.

        The Future of Low-Code

        Artificial intelligence and machine learning are expected to become more integrated into low-code platforms as they grow. This will make them more useful and help automate more parts of the development process. In the future, low-code development will probably focus on making systems that are even more reliable, smart, and adaptable so they can meet the needs of businesses that are becoming more complicated.


        Low-code design is changing the way software is made, making it easier for anyone to make apps and helping businesses come up with new ideas faster than ever. It has some problems, but the pros make it an important digital tool for today. As this area changes, it will still give businesses great chances to grow and adapt to the digital world.

        Companies can not only speed up their development processes by using low-code design, but they can also give their teams more time to focus on strategy and new ideas, which will help them stay competitive in a market that is always changing.


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