What Is Low Code Development? Definition and Platforms

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What is Low Code Development

This blog will delve into low-code development principles, benefits, and challenges. We will explore popular platforms, empowering you to unlock the full potential of low code and revolutionize the world of application creation. Prepare to embark on a journey that will forever change how you perceive software development. Together, let’s simplify the design and unleash the power of innovation through low-code development.

What is Low Code Development? 

Low Code Development Definition

Low code development is a software development methodology that uses graphical user interfaces (GUIs) and visual tools to create applications. This methodology allows developers to create applications without writing a lot of code. 

Low-code development has emerged as a game-changer in today’s rapidly evolving tech landscape, revolutionizing how software applications are built. By removing the barriers of complex coding, low-code development empowers seasoned developers and aspiring creators to bring their ideas to life with remarkable speed and ease.

At its core, low-code development offers a visual, drag-and-drop approach, using a graphical user interface (GUI) and pre-built components to construct powerful applications. This innovative paradigm democratizes software creation, allowing more individuals to participate in development.

With organizations across industries embracing low-code development, the impact of this approach is far-reaching. From startups to enterprises, the power to create transformative applications is now within everyone’s grasp.

Benefits and Drawbacks of Low Code Development

Now that we have explored the concept of low-code development let’s delve into its notable benefits and potential drawbacks that organizations and developers should be aware of.


  • Speed: Low code development can help businesses develop applications faster than traditional development methods. Low-code platforms provide features that can automate the development process, such as drag-and-drop functionality and code templates.
  • Cost: It can help businesses reduce application development costs. It can help companies to reduce the need for specialized developers.
  • Productivity: Low-code platforms can help businesses increase their development teams’ productivity. It can make it easier for developers to create applications, even with little coding experience.
  • Accessibility: It can help businesses to make their applications more accessible to a broader range of users. This is because it can be used to create applications that are easy to use for people with disabilities.


  • Limiting: It can be limiting in terms of their ability to customize applications. This means businesses may need additional coding to add custom application features.
  • Training: Low code platforms can require training for developers who need to become more familiar with them. This can be a barrier to entry for some businesses.
  • Not suitable for all projects: It may not be ideal. For example, low-code platforms may need more development to create complex applications requiring much alterations.

Low code development can be valuable for businesses that want to develop applications more quickly and easily. However, companies should carefully consider the benefits and drawbacks of low code development before deciding whether or not to use it.

How Low Code Development Works

A. Overview of the Development Process

The process can be divided into four phases:

  • Design and modeling phase: This phase involves defining the requirements for the application and creating a model of the application’s architecture.
  • Visual development and customization: It involves using a low-code platform to create the application’s user interface and business logic.
  • Integration and testing: This phase involves integrating the application with other systems and testing the app to ensure that it meets the requirements.
  • Deployment and maintenance: It involves deploying the application to production and maintaining the application over time.

B. Connecting to Data Sources and APIs

Low-code platforms typically provide a variety of ways to connect to data sources and APIs. This you can do using pre-built connectors, custom connectors, or a combination of both.

C. Automating Workflows and Business Processes

Low-code platforms can be used to automate workflows and business processes. This can be done using pre-built automation components or creating custom automation components.

D. Extending Functionality with Custom Code

Low-code platforms typically allow developers to extend the functionality of their applications with custom code. Companies can do this by writing custom code in the low code platform’s scripting language or by integrating the application with other systems using custom code.

The low code development market is proliferating. According to a recent report by Gartner, the global low-code development market is expected to reach $26.9 billion by 2023. This growth driver is the increasing demand for applications that companies can develop quickly and easily.

Examples of Low-code Development Platforms

Here are some examples of low-code development platforms for better understanding,

  • Mendix: Mendix is a popular low-code platform known for its intuitive visual modeling capabilities. It empowers both professional developers and business users to collaboratively build robust applications with minimal coding collaboratively, accelerating the development process.
  • OutSystems: OutSystems offers extensive pre-built components, enabling developers to construct feature-rich applications through a visually-driven interface. With enterprise-grade capabilities, OutSystems simplifies development, facilitates collaboration, and expedites time-to-market.
  • Microsoft Power Apps: Built on the foundation of the ubiquitous Microsoft ecosystem, Power Apps provides a user-friendly low-code platform. Users can effortlessly create custom applications tailored to their specific needs by leveraging a vast library of templates and connectors.
  • Appian: Appian is a low-code platform that excels in workflow automation and process management. It empowers users to design and deploy sophisticated business applications, streamlining operations and driving organizational efficiency.
  • Salesforce Lightning: As part of the Salesforce ecosystem, Lightning offers a low-code platform geared towards building CRM-centric applications. With its drag-and-drop interface and extensive customization options, developers can create tailored solutions to optimize sales, service, and marketing processes.

These are just a few examples of low-code development platforms. There are many other platforms available, each with its strengths and weaknesses. The best platform for you will depend on your specific needs and requirements.


In conclusion, low-code development has emerged as a transformative force in the software development landscape. Low-code platforms have revolutionized how applications are built by simplifying the creation process and empowering a wider range of individuals to participate. 

With its benefits of speed, collaboration, and reduced complexity, low-code development is poised to drive innovation and shape the future of software creation. As organizations and developers continue to embrace this paradigm shift, the possibilities for unleashing creativity and delivering impactful solutions are boundless.


What are low-code developer skills?

Low-code developer skills include a solid understanding of application design and business logic and the ability to leverage visual development tools and pre-built components effectively.

What is low-code vs. no-code development?

Low-code development involves using visual development tools and some coding to build applications. In contrast, no-code development allows building applications entirely without coding, typically relying on drag-and-drop interfaces.

Why is low-code better than no-code?

Low-code is often considered better than no-code because it provides greater flexibility and customization options, allowing developers to incorporate complex logic and integrations that may not be possible with pure no-code solutions.

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