Creating a low-fidelity prototype for your mobile app

App Development is costly, and entrepreneurs that want to launch a new app take a big risk. The cost of developing new software may run into the tens of thousands of dollars, with continuous maintenance expenses that rise as the product grows. However, only one out of every 10,000 new consumer applications will be a commercial success.

Unfortunately, if you're an app developer for any mobile app development company in Kuwait, the chances are stacked against you. However, if you take the correct measures, such as providing an efficient low-fidelity prototype to get early feedback and make sure you're on the right road, your chances of success will be substantially higher.

Around 2009, the notion of the lean startup was presented to the startup community. Eric Ries presents a new company development process in his book The Lean Startup. By conducting tests through iterative product releases, this technique aims to reduce product development cycles and establish the feasibility of business models. Prototyping, particularly the creation and testing of low-fidelity prototypes, is one of these experimental methods.

We'll look at how prototyping can help you construct your mobile app design in the next post, and we'll show you how to make your initial low-fidelity prototype.

What is the definition of prototyping?

It's difficult to create an app. Between the time an idea is conceived and the time it is effectively introduced to the market, there are several aspects to consider. The faster a project gets to completion, the more costly it is to make adjustments and incorporate input. A prototype is a small example of a product that helps entrepreneurs to test their ideas.

Prototyping is frequently utilized while creating the experience for users (UX) and user interface of an app (UI). Prototyping allows the designer to explore the application as if they were a user before moving on to the ui ux design services company stage.

Prototypes are used by mobile app designers in the same manner that an outline is used by authors. App developers use pages to map out the flow of their programme, whereas writers use headers in their framework to map out the flow of their work.

How to make a low-fidelity prototyping?

Low-fidelity prototypes are easy to build and may give a lot of information to help you develop your concept. Even though the procedure is straightforward, there are a few things to bear in mind when you give your concept its initial visual form. When making a prototype, there are five stages you should take.

1) Establish objectives and goals

Before you start putting up a low-fidelity prototype, figure out why you're doing it in the first place. Not all prototypes are created equal. Some prototypes are created to solicit feedback from an internal staff, while others are created to solicit feedback from users. One entrepreneur may be creating a prototype to evaluate overall page flow, while another may be focusing on a specific feature flow.

Create a prototype to describe what you want to achieve. You need to know what kind of assumption you're trying to prove before you can pick what kind of test to run.

2) Prototype Types

The sort of prototype you create will be determined by the assumptions you want to test. You may determine that a paper prototype or a clickable display is required, or you may discover that a low-fidelity prototype is insufficient. A medium or high-fidelity prototype may be required if your assumptions can only be confirmed with something more substantial.

Medium-fidelity prototypes have limited functionality, but they frequently include clickable places where people may interact. Low-fidelity prototypes may be used to test screen flow or element placement, and medium-fidelity prototypes can be used to learn more about how people interact with different aspects.

Computer-based representations of the product are known as high-fidelity prototypes. These prototypes, in comparison to the other models, provide the most accurate portrayal of the item without having to be produced. To provide optimum interaction, these models might be produced in a tool like InvisionApp. These prototypes should, in theory, include all relevant screens and enable users to navigate between them by clicking or swiping. While an HFP may have some front-end coding, it doesn't even include back-end functionality — instead of being programmed, functionality is emulated.

Low-fidelity prototypes allow you to test the user interface (UI) more thoroughly, but high-fidelity prototypes allow you to test the user experience as well (UX) keeping in mind to hire Prototyping UX Designer. Most of the time, it's advisable to test several prototypes, starting with the simplest low-fidelity model and working your way up.

3) Construct It

It's finally time to put your prototype together. Ensure you have all of the necessary tools. All you'll need for a paper prototype is paper and a pen. You'll need Powerpoint or similar presentation programmes to create a clickable presentation.

Figure out the pages you'll need first. Then go through each page and explain what purpose it is supposed to fulfil. On each page, write important headers and start sketching in the elements.

This is the crucial phase. Examine each screen you've drawn and eliminate any things that aren't necessary. For improved performance, any items that might be deleted without harming the application's functioning should be removed.

Determine how each screen will interact with the others now. Arrange the screens side by side or in a storyboard with arrows to indicate how they progress. Your first low-fidelity prototype has been completed. That's right, it's that easy!

4) Perform a test

The purpose of creating a prototype in the first place is to evaluate usability and gather feedback in order to enhance the concept. Depending on your scenario, you may choose to test your prototype just with your staff or to involve real consumers in your testing.

Create a test environment. Make sure your prototype is constructed to the point where users can interact with it without your assistance or explanation. Ask the correct questions after they've used it to get enough feedback and confirm your specific assumptions.

5) Do it again

Creating a single prototype isn't the end of your work. A prototype is a useful tool that may assist you as you continue to build your app and add new features.

Evaluate the replies after you've gathered them from your staff and users. Is the evidence supporting your assumptions? If that's the case, move on to the next test and test your next hypothesis. If not, make the appropriate adjustments and retest. Prototypes may be used to test modifications or evaluate new ideas before coding them, even after your app has been built and deployed.

To conclude, 

Congrats! Your prototype has finally gone live. What does it mean to be successful? Any prototype that helped you to understand more about your user qualifies as a successful prototype. Whether your preconceptions were confirmed or disproved, both scenarios are regarded a success since they offer you with the information you need to further your notion.

Use your newfound knowledge to create your next prototype or, if you're ready, your first minimum viable product. You may utilize the data you've gathered as you try to challenge to verify your notion and possibly attract investor money for future development.