Low-Code Development for Building an MVP

Building an MVP with a Low-Code Approach

Posted by Karan Shah

26 Apr 23 9 Min read

The importance of developing an MVP (Minimum Viable Product) in the early stages of a startup is undeniable. However, traditional software development can be costly, time-consuming, and complex. This is where low-code development comes in as a solution. In this blog, we will discuss the advantages of low-code MVP development, the difference between low-code and no-code approaches, low-code solutions for frontend and backend, how to create an MVP with low-code, what to avoid when building a low-code MVP, and how to build your low-code MVP with a reliable partner.

Benefits of Low-Code MVP Development

Let's explore how the utilization of low-code platforms and tools can enhance your process of developing an MVP.

1. Speed

Low-code development can help you develop an MVP much faster. The visual interface of low-code development platforms enables developers to drag and drop components, making it easier and faster to develop an MVP.

2. Cost-effective

It is less expensive compared to traditional software development. The visual interface and pre-built components make it easier to develop an MVP, which means less time spent developing and fewer resources required.

3. Flexibility

It allows developers to modify and update the MVP easily, making it more flexible. Changes can be made in real-time, reducing development time and cost.

4. Lower Barrier to Entry

Low-code development allows non-technical team members to be involved in the development process. The visual interface and pre-built components make it easier for non-technical team members to contribute to the development of the MVP.

5. Reduced Cost

Low-code enables many enterprises to cut down their expenses by eliminating the need for hiring professional development teams, cloud specialists, and other technical staff. Additionally, it eliminates the requirement for investing in costly hardware infrastructure, development software, and licenses.

6. Improved Scalability

It's possible for your MVP to attract a considerably larger user base than anticipated, which may necessitate the acquisition of additional resources. Many no-code and low-code tools operate on scalable cloud-based architectures, which is why most of the businesses opt for these platforms to manage an increased user load and data storage.

7. Reduced Technical Debt

Low-code has the potential to streamline backend processes and update outdated systems. Certain platforms have the capability to automatically integrate clean code and implement the latest security standards, thus alleviating the need to manually modify apps for various operating systems. They can also take care of software updates, regulatory certifications, and performance maintenance. This helps in reducing overhead resources and technical debt for your IT teams.


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Low-Code and No-Code MVP Approaches

The objective of low-code is to assist in bringing an MVP to the market with minimal resources while ensuring that the product has sufficient features to elicit customer feedback and entice investors. Depending on the scope of the product, you can choose one of the following approaches:

1. Multi-Capability MVP:

A multi-capability MVP involves developing a product with multiple features that are deemed crucial for user satisfaction. This type of MVP allows you to test and validate multiple features simultaneously, enabling you to quickly gather user feedback and identify areas for improvement.

2. Single-Feature MVP:

A single-feature MVP involves developing a product with a single feature that addresses a specific customer pain point. This type of MVP allows you to test a specific feature's viability before investing time and resources in building the complete product.

3. Concierge MVP:

A concierge MVP, also known as a manual-first MVP, involves developing a product that is primarily operated by humans rather than automated processes. This type of MVP allows you to test and validate your product concept with minimal investment, enabling you to iterate and improve the product based on user feedback.

4. Product Demo:

A product demo involves developing a non-functional prototype of your product to showcase its features and functionalities to potential customers or investors. This type of MVP allows you to elicit feedback and generate interest in your product before investing time and resources in building the complete product.

5. Crowdfunding:

Crowdfunding involves developing a product and using crowdfunding platforms to raise funds for its development. This type of MVP allows you to validate your product concept and generate interest in the product before investing time and resources in building the complete product. Additionally, crowdfunding can provide valuable insights into customer preferences and help you refine your product strategy.


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Low-code Solutions for Frontend and Backend

Low-code development can be used to develop both the frontend and backend components of an MVP.

Low-code Frontend Solutions

Low-code frontend solutions, such as Bubble, Appian, and Webflow, provide pre-built components that make it faster and cost-effective to develop the user interface and user experience of an MVP. These are user-friendly, customizable, and allow developers with little design experience to create visually appealing MVPs. However, low-code solutions may not be suitable for complex MVPs that require a high degree of flexibility, customizability, or scalability. They may also result in vendor lock-in and limited control over the design and functionality of the MVP.

Low-code Backend Solutions

Low-code backend solutions, such as Microsoft PowerApps, OutSystems, and Mendix, provide pre-built components for speeding up the process of an MVP’s business logic and data management. These components include data models, workflows, and integrations. They offer flexibility, scalability, and integration capabilities but may require custom coding to meet specific needs and result in vendor lock-in.

How to Create an MVP with Low-Code?

Creating an MVP with low-code involves several steps:

1. Define Your MVP

The first step in creating an MVP with low-code is to define the problem your MVP will solve and the features required to solve it. Keep it simple and focus on the core features. Consider the needs of your target audience and identify the key features that will address their pain points.

2. Choose a Low-Code Platform

The next step is to select a low-code platform that is best suited for your needs. There are several low-code platforms available in the market, and you need to select one that aligns with your goals. Consider factors such as ease of use, available components, cost, and scalability.

3. Design Your MVP

Once you have selected a low-code platform, the next step is to design the UI and UX of your MVP. Use pre-built components provided by the low-code platform to design a visually appealing and intuitive user interface. Ensure that the design is aligned with your target audience and meets their needs.

4. Develop the Business Logic and Data Management

The next step is to develop the business logic and data management of your MVP using pre-built components provided by the low-code platform. This step involves developing the back-end components of your MVP that will drive the user experience. Ensure that the business logic is properly structured and aligned with your goals.

5. Test and Iterate

Testing is a critical step in developing an MVP with low-code. Test your MVP and iterate based on user feedback. Make changes to the UI, UX, and business logic based on user feedback. Ensure that the MVP is user-friendly and meets the needs of your target audience.

6. Launch and Monitor

Once you have tested and iterated on your MVP, it's time to launch it. Monitor the performance of your MVP closely and make any necessary changes to ensure that it is meeting its intended goals. Use metrics such as user engagement, retention, and conversion to track the performance of your MVP.

7. Scale

As your user base grows, scale your MVP to handle increased traffic and data processing requirements. Ensure that the low-code platform you chose is scalable and can accommodate your growing needs. This step involves optimizing the back-end infrastructure of your MVP to ensure that it can handle increased traffic and data processing requirements.


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Things to Avoid When Building a Low-Code MVP

1. Overcomplicating the MVP

One of the benefits of low-code development is its simplicity. Avoid overcomplicating the MVP by adding unnecessary features or functionality. Focus on the core features and keep it simple.

2. Ignoring User Feedback

User feedback is crucial for the success of an MVP. Avoid ignoring user feedback and iterate based on their suggestions and needs.

3. Not Considering Scalability

Consider scalability when building your MVP. While low-code development can help you develop an MVP quickly, it may not be suitable for scaling to a larger user base.

Build Your Low-Code MVP with a Reliable Partner

Building a low-code MVP requires expertise and experience. It is important to choose a reliable partner with the necessary skills and knowledge to help you develop a successful MVP. Look for a partner with experience in developing low-code MVPs and a track record of successful projects.

Our team at SoluteLabs can help you streamline your MVP development process by utilizing low-code platforms and tools that simplify the development process and reduce costs. We have experience in using various low-code development tools to create MVPs for our clients.

SoluteLabs has been working with the Synergy Group for the past 3+ years in their digital transformation journey. As a part of this enormous exercise, there were many applications built from the ground up while many other legacy products were migrated to a modern tech stack.

We leveraged low-code tools to not only understand inefficiencies in the older, existing products but also to build entire projects to achieve smaller objectives. Instead of relying on the long cycle of requirement gathering, designing, development, QA, and deployment - we went from requirement gathering to developing and deploying on the low-code platform. This reduced the development to deployment time by 50%.


Low-code development offers several advantages when it comes to developing an MVP, including speed, cost-effectiveness, flexibility, and lower barriers to entry. However, it is important to understand the limitations of low-code development and to avoid common pitfalls when building an MVP. Choosing a reliable partner with experience in developing low-code MVPs can help ensure the success of your project. With the right approach, low-code development can help you develop a successful MVP quickly and efficiently.

Ready to accelerate your MVP development process and reduce costs? Contact us today to learn how our low-code development approach can help you create a cost-effective and scalable MVP for your business.


Stay curious, Questions?

How do I know if a low-code approach is right for my MVP?

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A low-code approach may be suitable for your MVP if you have a limited budget, a short timeline, and a relatively simple product idea. If you need highly customized features or complex integrations, you may need to consider a traditional software development approach instead.

Can I customize the pre-built components in a low-code platform?

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Yes, you can customize the pre-built components in a low-code platform to some extent. However, the level of customization may vary depending on the platform you choose. Some platforms may offer more customization options than others.

Can a low-code MVP be scaled to a larger user base?

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Yes, a low-code MVP can be scaled to a larger user base, but you may need to consider the scalability limitations of the low-code platform you choose. Some low-code platforms may not be suitable for scaling to a large user base, in which case you may need to switch to a traditional software development approach.

How do I ensure the quality of a low-code MVP?

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To ensure the quality of a low-code MVP, it's important to thoroughly test the product and iterate based on user feedback. You should also work with a reliable partner with experience in developing low-code MVPs to ensure that the product is built to a high standard.