High Performance Low Code-The Secret To Success


Application development, even in a low-code scenario, can be a stressful task when the app roadmap includes complex features and a tight deadline.

How do you get the most out of low code while reaching the finish line before the time runs out? You leverage high-performance low-code for business processes.

While low code technology itself is high-performance compared to traditional software development, let’s learn what high-performance low code is and how it gives you the upper hand in complicated development scenarios for custom applications.

Definition of High-Performance Low Code

High-performance low code refers to a low code development platform that can offer you the desired results with high-performance application development for business applications that are either departmental or made for public use.

Platforms of this kind can help you create more sophisticated enterprise-level applications or core systems and update them accordingly.

When it comes to limitations during product development, high-performance code platforms don’t have any.

These platforms also don’t require any additional licenses, have no adaptability concerns, or don’t need a complete user data reformation for any kind of change.

What Sets High-Performance Low Code From Traditional Low Code Development

As we mentioned earlier, low-code software development itself is considered an upgrade from traditional software development.

So, what is high-performance low code bringing to the table, and what sets it apart?

High-performance, low code integrates coding, design, and execution in one system.

Whether you’re developing mission-critical software or user-facing web and mobile applications, the process can be sped up significantly through a high-performance low-code platform.

The platform offers you innovative software and tools that allow you to improve any application through modification.

The high capability of the platform offers higher flexibility and risk mitigation with the help of AI and ML which help prevent design errors.

AI also helps developers reduce the amount of repetitive tasks by identifying the key problems and providing workflow for the tasks.

Any kind of issue can immediately be solved through using real-time app efficiency data.

4 Core Characteristics of Low Code Development

1. Super Power of Full-Stack Development

Your team finally has the all-in-one solution for full-stack development with next to zero obstacles.

The team can build any kind of application regardless of its scale without

  • Being limited by the tech stack
  • Losing control over the source code
  • Internal vulnerabilities

To make it all even better, high-power platforms like these will always offer AI-assisted tools that can make it easier to ensure architectural soundness, identify different vulnerabilities, and remove any bottleneck from the entire development cycle.

Developers can create any feature or application through visual interfaces that allow them to operate on both frontend and backend and also allow enabling automation.

Professionals with better experience can also create custom features or extend existing features with custom codes. These features and entire systems can also be attached to existing systems to increase the functionality of the system.

This connection is established through open-source connectors, or the devs can also create their custom connectors.

High-performance, low code can also offer AI automation that accelerates the entire software development lifecycle.

An active AI companion acts as a coding expert that can take other developers through complicated application building in real-time.

There simply isn’t anything else that’s more powerful than a platform that won’t just allow full-stack development, but also allow for fixing most of the mistakes automatically.

2. Higher Agility

Agile development practices are the hype in the modern software development industry, and high-performance low code platforms are favored by everyone for their hyper agility.

The platform offers a robust and highly responsive system for the highest user convenience while getting it all completed within a short time.

One of the best ways these platforms assure higher levels of agility is through reusable components.

Compared to traditional development, where each component has to be custom-made and has near-zero chances of reusability, low-code development platforms offer reusable components.

These reusable components can be utilized for faster development since you don’t have to develop everything from scratch.

These reusable components include modules, connectors, and other UI components. These components are accessible through a central repository.

Another way these platforms offer agility is through constant adaptability. Modern software development requires constant adaptation to different tech stacks to keep up with the changing demands of the market.

When you develop features or apps, you don’t have to migrate to another platform just to suit the needs of the platform.

Instead, the platform offers integration with the current development platform.

3. Marsec-Level Security

Whether it’s a server crash or any kind of data loss, there is nothing to worry about, since high-performance low code offers supreme protection so you can rest easy.

While it’s common for low-code development platforms to boast high security, high-performance low-code platforms are on a different level of security.

These platforms can generate source code that can be scanned for any kind of vulnerabilities, and this is a feature that any regular low-code development platform doesn’t offer.

The security measures of a high-performance platform like this include 450-500 different validations that span from design to runtime to ensure that anything built with the platform is secure by design.

The platform does it by applying security measures like DDOS protection automatically during development.

4. Higher Scale

Application scaling is a process that should be included in the roadmap of every application that aims to be successful in the market.

With high-performance low code, it’s much easier for any application to scale, whether it’s a certain feature or the entire application.

These platforms can easily help expand any application or infrastructure without needing too many complex custom scripts for better scalability.

Deployment is possible with a single click, and AI assist is there to constantly review the source code for improvement.

How Mendix Can Deliver You High-Performance Low Code

Planning to start your journey with high-performance low code? Why not start with Mendix, the king of all low-code platforms?

Mendix is a world-class low-code platform awarded as the best low-code platform for seven consecutive years

Among the countless features of Mendix, here are the core features that establish Mendix as a high-performance low-code platform.

Process Development Scalability

Business priorities and requirements can change frequently depending on the market demands.

Mendix offers flexible and versatile solutions that can easily upscaled to meet requirements for large-scale applications.

User-Friendly Workflows

With the drag-and-drop capabilities of Mendix, you can create user-friendly workflows that can define the required procedures and data for gathering the right information to speed up the entire development cycle.

Users can also create dynamic workflows with a visual representation of all components and pre-installed widgets.

To Wrap It All Up

You may or may not get the intended progress from a regular low-code platform. Mendix was designed to be the best high-performance low-code development platform for delivering all user needs with complex, mission-critical applications, making it the perfect choice for application design and development.

Want to leverage all the fine benefits of the best high-performance, low-code platform ever created? Partner with Impala Intech today, and our certified Mendix development team can help you out with complete application creation.


How Does Low Code Development Differ From Traditional Coding?

Low code development requires minimal hand-coding, focusing on visual, drag-and-drop elements, while traditional coding involves writing code from scratch.

Can High-Performance Low-Code Development Support Complex Applications?

Yes, low-code platforms now offer sophisticated tools and integrations that support the development of complex applications.

Is Coding Experience Necessary for Using Low-Code Development Platforms?

No, these platforms are designed to be user-friendly, allowing individuals with minimal coding experience to create applications.

How Do Low-Code Platforms Handle Complex Business Logic?

Low code platforms provide visual tools and logic builders to manage and implement complex business rules and logic.

What Role Do AI and Machine Learning Play in Low Code Development?

AI and machine learning components in low-code platforms enable the automation of certain tasks and the integration of smart features into applications.