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This article mainly introduces Mendix low code and no code example analysis, the article is very detailed, has a certain reference value, interested friends must read it!

Both low-code and no-code application development follow the principle of code abstraction to realize the visualization of modeling. However, the applications based on these two methods are fundamentally different in scale and type.

The similarities between low code and no code

Both low-code and codeless development platforms can build software applications without writing code. They do not require developers to have any knowledge of traditional programming languages, but provide a visual method of application development. This allows more people, especially tech-savvy business people, to develop applications.

Both low-code and codeless development platforms are dedicated to helping professional and non-professional developers create applications efficiently and improve productivity. Through the platform as a service (PaaS) approach, both development platforms reduce the cost of environment construction and infrastructure maintenance. But beyond that, they have little else in common.

What is no code?

Compared with a low code platform, a code-free platform is simpler. The code-free platform enables users to create basic functional applications in a visual, drag-and-drop way, but it is impossible to transform or extend legacy systems on the platform. In addition, the integration capability of the codeless platform is limited. Therefore, this creation model is most suitable for teams with specific needs within a specific scope.

The simplicity and ease of use of the codeless platform are also its disadvantages. Because most of its framework is determined by developers, its scope of customization is limited or even impossible to customize. This leaves potential loopholes for security and compliance issues. In addition, the function of the codeless platform is very limited or even not available in terms of integrating applications into the entire enterprise architecture. If developers do not monitor and consider the creation, then codeless applications will eventually lead to the popularity of shadow IT.

Since the functionality of a codeless platform is limited, why does it last so long? The answer is that people with no coding knowledge or experience can easily use code-free platforms, especially those who don't want (or can't) wait for the technical department to create. For non-technical personnel, they can also use a codeless platform to build the required prototypes before submitting the idea to the IT department for full development.

From an application point of view, the simplicity of a code-free platform is feasible. However, once extended to applications at the enterprise level, there are many challenges:

(1) Architectural considerations: due to developers' lack of experience with application architecture patterns, the risk of a single application architecture increases. And most codeless platforms need to be deployed to the enterprise's public cloud and cannot be flexibly deployed to the private cloud or enterprise-local infrastructure.

(2) scalability: codeless platforms tend to use cases in terms of operational efficiency, they do not have the functionality to focus on user experience, and they cannot connect to legacy systems. Vendors also do not support custom integrations created for third-party solutions or autonomous systems.

(3) data governance: applications built with codeless tools are often independent of each other, which brings challenges to data governance. Multiple versions of the data are distributed across the enterprise, and the data structure and quality are uneven or unmanaged (think of customer records management and GDPR).

What is low code?

In contrast, the low-code platform is a middle ground between no code and mature manual coding, so it is more malleable. Like a code-free platform, a low-code platform is also a visual drag-and-drop platform, while a low-code platform is open source, extensible and allows manual coding or scripting. This provides developers with the best of both worlds: it can improve the speed of development without the need to constantly copy the basic code.

In addition, the low-code platform supports scalable architectures as well as the reusability of open source API and the flexibility of cloud / on-premises deployment. Developers can also control application testing as well as quality and performance tools.

In addition to these features, another advantage of low code is that developers can extend platform functionality with their own code to build or modify complex applications without the need for additional team members or expertise to do the job.

The versatility of the low code platform opens up possibilities for a variety of excellent use cases, including those implemented using next-generation technologies. Low-code platforms typically contain a complete library of components built by technology leaders and support third-party intelligent cloud services such as artificial intelligence, blockchain, machine learning, voice and facial recognition, as well as open source community tools. Pre-built user interface templates help enterprises make full use of applications focused on meeting needs ranging from mobile customer service to productivity and efficiency to legacy system modernization upgrades.

A low-code platform can also be used to create more complex applications, and with its versatility, it can handle more use cases, including

Innovative use cases using next-generation technologies: many low-code platforms are not only equipped with complete component libraries built by technology leaders, it also supports cloud-based third-party intelligent services such as artificial intelligence, machine learning, blockchain, voice and facial recognition services, as well as tools provided through the open source community.

Customer experience applications: use pre-built user interface templates to help you optimize user friendliness and attractiveness while ensuring the consistency of your corporate brand image.

Productivity and efficiency applications: can be used across departments and domains

Legacy system modernization upgrade: bring micro-services to the current architecture, container-based component-based development, and support the continuous deployment of mission-critical applications.

Although the use of the low-code platform requires a learning process, developers and business people with development knowledge can quickly familiarize themselves with the workflows in the low-code platform. Even for business people who have no development knowledge, they can master most low-code platforms.

In fact, this type of platform is attractive enough for both developers and business people, which opens up the possibility of cross-departmental cooperation. One of the most innovative aspects of the low-code platform is that it enables two teams that have always been difficult to communicate with each other to work together in one space to create an application that meets IT security, compliance, and other requirements, as well as business goals and needs.

How to choose between low code and no code

When deciding which platform to use, you will always face the problem that a codeless development platform is too simple to support complex use cases, while a low-code development platform is too complex for non-professional developers to use.

To make matters more complicated, if you use a codeless solution, you are considered a shadow IT under a larger IT organization. What should you do once your application growth exceeds the support capabilities of business developers? Because your options are limited, you have to give up all efficiency and cost savings. And without IT developers around, you have to outsource or consult to save it.

If you use a low-code solution, developers will code faster, but does this make the delivered solution more accurately meet business needs? When your developers have to rework and fix the solution because the business is outside the application development lifecycle, does it really take less time to achieve value? What is the cost for business units to make applications that cannot meet their needs faster?

It is clear that it is not just technical issues that need to be considered when deciding which platform to adopt. Like any application development strategy, you must consider how to deliver the products that users really want, need, and readily accept. The key is to enable senior IT developers to work with experts in key business areas to promote collaboration and convergence of expertise between the two sides. Only by working closely can we build larger and more complex applications efficiently and accurately and optimize them according to the effect.

When you need to choose between low code and no code, be sure to include these questions in the evaluation to ensure that both business and IT benefits are met:

How does this solution facilitate and facilitate communication and collaboration between the business and IT departments?

Is collaboration integrated into the solution or attached to the solution?

How does the solution help business and professional developers create applications?

Can expert developers improve the solution to provide reusable custom design languages and custom code for business and professional developers?

Where is Mendix in the world of no code and low code?

Although the Mendix platform can be used as a code-free platform, its real highlight and fame lies in its ability to achieve rapid application development in low-code areas. Due to the removal of tedious basic coding work, enterprises have gained a lot of benefits, such as upgrading legacy systems and product digitization to improve customer experience and gain competitive advantage.

The above is all the content of the article "Mendix low Code and No Code sample Analysis". Thank you for reading! Hope to share the content to help you, more related knowledge, welcome to follow the industry information channel!

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