Why a Modern-Driven Development is a Must in Low-Code Solutions

Let’s look into the importance of MDD in low-code solutions, explore how the process works, and take a look at the architecture behind it. Read on.

As businesses continue to adjust to the rapid pace of digital transformation, the need for software solutions that are flexible, scalable, and easy to implement has become more critical than ever. Low-code platforms provide an avenue for organizations to quickly develop and deploy custom applications that address their unique business needs without the need for extensive coding expertise. 

However, the success of low-code solutions hinges on the adoption of model-driven development (MDD) as a core concept. With that in mind, let’s look into the importance of MDD in low-code solutions, explore how the process works, and take a look at the architecture behind it.

Why Model-Driven Development is Crucial for Low-Code Solutions

1. Enhanced Agility and Flexibility

With MDD, developers can create applications by defining models that describe the business logic, data structures, and UI elements, instead of writing lengthy lines of code. This enables teams to rapidly prototype and iterate on their applications, allowing them to respond to changing business requirements with ease. 

The flexibility offered by MDD is crucial for low-code solutions, as it allows organizations to continuously adapt and evolve their applications in line with shifting market demands.

2. Improved Collaboration and Communication

Model-driven development fosters better collaboration between various stakeholders, including business analysts, developers, and end-users. By using visual models to represent the application's structure and behaviour, teams can easily communicate and understand the application's functionality and requirements. 

This is particularly important for low-code solutions, as it enables non-technical users to actively participate in the development process and provide valuable input, ensuring that the final product meets their needs and expectations.

3. Reduced Development Time and Effort

As MDD abstracts away much of the complexity associated with traditional coding, developers can focus on the core business logic and functionality instead of getting bogged down in syntax and low-level programming details. 

This streamlined approach allows for faster development cycles and reduced time to market, which is critical for organizations looking to stay competitive in today's fast-paced business landscape.

How Does the Process Work?

Model-driven development involves the following key steps:

1. Define the Model: Developers start by creating a high-level model of the application, specifying its data structures, business logic, and UI elements using a visual modelling language, such as Unified Modeling Language (UML) or Business Process Model and Notation (BPMN).

2. Generate Code: Once the model is complete, it's automatically converted into executable code using a code generation tool. This code can be in any programming language or framework, depending on the target platform and the low-code solution in use.

3. Refine and Customise: Developers can then refine and customise the generated code as needed, adding any necessary business logic or fine-tuning specific aspects of the application. This step is usually minimal, as most of the heavy lifting has already been done by the modelling and code generation process.

4. Test and Deploy: Finally, the application is tested to ensure that it meets the specified requirements and is free of defects. Once testing is complete, the application can be deployed to the desired platform and made available to end-users.

What Does the Architecture Look Like?

The typical architecture of a model-driven, low-code solution consists of the following key components:

1. Modelling Environment: This is the graphical interface where developers create and edit the application models, using visual representations of data structures, business logic, and UI elements.

2. Code Generation Engine: This component is responsible for converting the application models into executable code. The engine can generate code in various programming languages and frameworks, depending on the target platform and the low-code solution being used.

3. Application Framework: The generated code is built on top of an application framework, providing a set of reusable components and services that enable developers to build, test, and deploy their applications quickly, without compromising quality.

4. Runtime Environment: This is the platform where the generated applications are executed, typically consisting of a web server, a database server, and other infrastructure components.

The Bottom Line

By leveraging the power of MDD, organizations can maximize the benefits of low-code platforms and create applications that meet their business needs more efficiently and effectively.

At Ark360, we offer one of the best low-code platforms available. Our platform is designed to be intuitive and easy to use, while also providing powerful features to help you create powerful applications. Contact us today!