Types of prototypes in product design include static sketches or mockups, interactive prototypes that simulate user flows, and working prototypes that already perform some actual functionality. The differences lie in validation goals, cost, level of detail, and technical requirements. High-fidelity refers to the similarity of design details, not a guarantee of fully working backend functionality.
This article maintains the discussion of the three types of prototypes and forms of prototyping in UX, then adds a selection matrix and evaluation stages based on product goals.
Prototypes are a crucial element in the UX design process, helping designers test and validate concepts before moving on to full development. By using the right tools, designers can create prototypes that are clear, detailed, and aligned with the project’s needs. Choosing the right tools allows designers to optimize the design process and achieve the best possible user experience. We hope this guide is helpful for those of you who want to start or improve the prototyping process in your UX design projects.
Prototypes are a crucial element in the digital product development process, helping design and development teams test ideas and concepts before investing significant time and resources. By using the right tools, you can create various types of prototypes, from the simplest to the most complex, to ensure the final product meets user expectations and business goals.
This guide will hopefully help you understand the different types of prototypes and the tools you can use to create them, as well as how each tool can assist you in the digital product development process. Hopefully, this information is helpful for those of you who want to start or improve the prototyping process in your app development projects.
3 Types of Prototypes You Need to Know Before Building an App
Define the problem before choosing the level of design detail. Study pengertian prototyping to understand design decisions at that stage. Use observable findings, rather than claiming that prototypes automatically increase conversions.
Differentiate wireframes from clickable prototypes. Study UX prototyping tools to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
Application frameworks are different from design prototypes. Study development frameworks to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
The solution discovery process requires user research. Learn design thinking to understand design decisions at this stage. Use observable findings, not claims that prototypes automatically increase conversions.
Test key tasks on real users, not just aesthetics. Learn usability testing to understand design decisions at this stage. Use observable findings, not claims that prototypes automatically increase conversions.
Here are the types of prototypes, examples, and tools you can use to create them, based on information from headway.io.
1. Static Prototype
Definition and Purpose of a Static Prototype
A static prototype is an early type of prototype used to communicate ideas and features without functional interaction. A prototype is typically a rough sketch or visual design that depicts the main elements of a product or application. Common examples of static prototypes include presentation slides or full-screen images showing the user interface.
Primary Purpose: The primary purpose of a static prototype is to transform initial ideas into more concrete visualizations. This prototype allows designers to quickly and efficiently outline the product’s key features and value proposition. Over time, this prototype can be refined and brought closer to the final form of the actual product.
Tools Used to Create Static Prototypes
To create static prototypes, there are various tools that can be used. Here are some popular and effective tools:
POP by Marvel App:
- Description: POP is a tool designed to take mobile app prototypes from paper sketches to interactive prototypes. Using POP, designers can take photos of their sketches and connect them into a series of interactive screens.
- Pros: Allows designers to quickly turn sketched ideas into prototypes that can be tested on mobile devices, both iPhone and Android.
Pros and Cons:
- Pros: Fast and intuitive process, ideal for early iterations.
- Cons: Limited to paper sketches, does not support more detailed visual design.
Whimsical.com:
- Description: Whimsical is a tool that provides a quick and easy way to create prototypes with clean designs. It offers a variety of wireframing templates that help designers design content layouts without having to worry about aesthetics.
- Pros: Simple and quick to use, ideal for the early stages of idea development. Whimsical allows designers to focus on structure and workflow without being distracted by design details.
Pros and Cons:
- Pros: Easy to use, provides a variety of templates to start with, ideal for the early stages of design.
- Cons: Doesn’t support dynamic interactions, better suited for wireframing than final visualizations.
Figma:
- Description: Figma is a web-based design tool that enables real-time collaboration. This tool is very useful for sharing design ideas with your team or potential clients, as well as getting immediate feedback.
- Pros: It’s free to use, easily accessible through a web browser, and has a large community with many resources like templates and mockups. Figma also supports interactive prototyping at a later stage.
Pros and Cons:
- Pros: Supports interactive design and prototyping, real-time collaboration, and many community resources.
- Cons: Requires an internet connection, a steeper learning curve than simpler tools.
2. Functional Prototype (High-fidelity)
Definition and Purpose of a Functional Prototype
A functional prototype, or high-fidelity prototype, is a type of prototype that more closely exemplifies the finished product than a static prototype. This prototype has a nearly identical appearance and interaction to the final product. When implemented on devices such as smartphones, this prototype allows users to interact directly with the application, providing an immersive and realistic experience. This greatly assists in obtaining faster and more accurate feedback from users and allows for testing of various functional aspects of the design.
Primary Goal: The primary goal of creating a functional prototype is to create a more realistic representation of the final product, allowing users to experience the product as closely as possible. This allows designers to identify and fix usability issues and obtain more valid feedback from users before proceeding with further development.
Tools Used to Create a Functional Prototype
There are several tools you can use to create a functional prototype. Here are some popular and effective ones:
Webflow:
- Description: Webflow is a web design platform that enables rapid landing page creation and idea testing. Webflow translates your visual designs into semantic code ready to be published on the web or handed over to a developer.
- Excess: With Webflow, designers can create and modify designs visually without writing code. This tool is ideal for prototyping interactive and responsive web pages.
Advantages and Disadvantages:
- Excess: Easy to use, no coding knowledge required, supports interactive and responsive design creation.
- Lack: Limited features on web design, not suitable for complex mobile applications.
Bubble:
- Description: Bubble is a no-code platform that enables the creation of interactive, multi-user applications for desktop and mobile web browsers. Bubble offers all the features needed to build sites like Facebook or Airbnb.
- Excess: This platform allows designers to focus on functionality and user experience without having to write code. With Bubble, designers can create complex and dynamic web applications.
Advantages and Disadvantages:
- Excess: Supports the creation of interactive web applications without code, full-featured for building complex applications.
- Lack: Steep learning curve for beginners, limitations in design flexibility.
Bravo Studio:
- Description: Bravo Studio is a tool that allows designers to transform Figma prototypes into native apps for iOS and Android without writing code. It facilitates the creation of apps with a look and functionality that closely resembles the final product.
- Excess: Bravo Studio allows designers to integrate visual prototypes from Figma with app data and functionality, delivering authentic user experiences.
Advantages and Disadvantages:
- Excess: Easily turn Figma designs into native apps, no coding knowledge required.
- Lack: Limited to simple applications, does not support very complex features.
Figma:
- Description: Besides being used for static prototypes, Figma is also very effective for creating functional prototypes. Figma supports interactive designs and allows for user experience testing before further development.
- Advantages: With its real-time collaboration features, Figma enables teams to work together efficiently. Figma also has various plugins and integrations that extend its capabilities in creating functional prototypes.
Profits and Cons:
- Advantages: Supports real-time collaboration, easy to use, and numerous community resources.
- Disadvantages: Requires an internet connection and does not support complex backend functions.
3. Working Prototype
Definition and Purpose of a Working Prototype
A working prototype, or functional prototype, is a type of prototype that can demonstrate the product’s value proposition more concretely and in-depth. This prototype is more complex and requires more effort than a static or functional prototype. The primary goal of a working prototype is to provide a user experience that closely approximates the final product, allowing for more accurate testing and concept validation before moving on to full development.
A prototype not only showcases basic designs and interactions but also includes features that actually work in the final product. This gives the development team and stakeholders an opportunity to understand how the product will function in real life, as well as to identify and fix usability or performance issues early on.
Tools Used to Create a Working Prototype
To create a working prototype, there are several tools that can be used, each with its own advantages and uses. Here are some reliable tools for creating working prototypes:
Bubble
- Description: Bubble is a no-code platform that enables the creation of full-featured, interactive web applications. This tool is perfect for creating complex, multi-user apps without writing a single line of code.
- Advantages: With Bubble, designers can develop apps with complex business logic and interactive interfaces, all within a single visual platform. This is especially useful for creating prototypes that are close to the final product.
- Usage: For example, you can create a complete social media app with like, comment, and share features using Bubble. This allows you to test user interactions and get valuable feedback before full development.
Bravo Studio
- Description: Bravo Studio enables the conversion of designs from Figma into native apps for iOS and Android without the need to write code. This tool facilitates the creation of apps that look and function like native apps.
- Pros: Bravo Studio enables seamless integration between visual design and app functionality. It’s an ideal tool for designers who want to test user experiences on mobile devices without requiring programming knowledge.
- Usage: For example, you can prototype an e-commerce app that allows users to browse products, add them to a shopping cart, and make purchases directly on their device.
Webflow
- Description: Webflow is a web design tool that enables the rapid creation of interactive web pages. This tool translates visual designs into ready-to-publish HTML, CSS, and JavaScript code.
- Pros: Webflow is incredibly useful for creating and testing landing pages or full websites with complex animations and interactions without the need to code manually.
- Usage: For example, you can create an interactive portfolio website that showcases your design work with smooth animations and engaging transitions.
Glide
- Description: Glide is a tool that enables the creation of apps from Google Sheets. It’s a fun and intuitive way to turn ideas into fully functional apps without the need to write code.
- Pros: Glide is perfect for creating simple, data-driven apps, such as inventory apps, task tracking, or contact directories. This app automatically connects to data in Google Sheets and updates in real-time.
- Usage: For example, you can create a project tracking app where each task and its status can be updated via Google Sheets, and the changes will be immediately reflected in the app.
Types of Prototypes in Website UX Design
The product lifecycle requires reviewing cost and technology constraints. Study product development to understand design decisions at that stage. Use observable findings, rather than claiming prototypes automatically increase conversions.
Creating physical samples is different from simply digital drawings. Study prototyping dalam entrepreneurship to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
Experiments should test comparable hypotheses. Learn about A/B testing to understand design decisions at this stage. Use observable findings, not claims that prototypes automatically increase conversions.
An attractive prototype doesn’t necessarily improve business results. Study conversion optimization to understand design decisions at that stage. Use observable findings, rather than claiming prototypes automatically increase conversions.
If a prototype requires data, describe the backend service as a simulation. Study dynamic web applications to understand design decisions at that stage. Use observable findings, rather than claiming prototypes automatically increase conversions.
In UX design for websites, prototyping is a crucial step that helps designers visualize and test their concepts before committing to full development. Here are three types of prototypes often used in website UX design:
1. Sketches
Definition and Benefits: Sketches are the simplest and easiest type of initial prototype to create. Typically, sketching is done using paper and pen to roughly outline initial ideas. Sketches serve as a visual basis for existing ideas, allowing designers to quickly capture and communicate their initial concepts.
Advantages:
- Quick and Inexpensive: Sketching doesn’t require a lot of time or expense. It’s an efficient way to brainstorm initial ideas and experiment with different concepts without spending a lot of resources.
- Flexibility: Sketches allow designers to quickly change and adapt their ideas based on feedback or new insights gained.
- Early Problem Identification: Through sketches, designers can quickly identify weaknesses or potential problems in a design before moving further into the development stage.
Tools Used:
- Paper and pen.
- A simple digital application such as Microsoft Paint or a sketching app on a tablet.
2. Wireframes
Definition and Benefits: Wireframes are more structured prototypes than sketches. They use black-and-white or grayscale layouts to depict the position and hierarchy of content on a web page without focusing on visual details. Wireframes help in planning the structure and navigation of a website.
Advantages:
- Clear Structure: Wireframes provide a clear picture of how content elements will be arranged and how users will navigate the website.
- Concept Validation: Designers can use wireframes to test and validate design concepts with stakeholders or users before moving on to more detailed design stages.
- Documentation: Wireframes serve as excellent documentation for the development team, providing guidance on how pages should be organized.
Tools Used:
- Axure RP: A powerful prototyping tool for creating wireframes and interactive prototypes.
- Balsamiq: An easy-to-use wireframing tool with a simple and intuitive interface.
- Sketch: A popular digital design tool for creating wireframes with excellent collaboration features.
3. Mockups
Definition and Benefits: Mockups are more detailed prototypes and focus on the final visualization of the project. Mockups use color, typography, and other design elements to provide a more realistic representation of what the final product will look like.
Advantages:
- Detailed Visualization: Mockups provide highly detailed and accurate visualizations, helping stakeholders understand how the final product will look and function.
- Professional Presentations: Mockups are often used in presentations to clients or development teams to get final approval before moving on to the development phase.
- Visual Testing: With mockups, designers can test visual elements such as color, typography, and layout to ensure everything works well aesthetically.
Tools Used:
- Adobe XD: A prototyping and design tool that offers comprehensive visual design features.
- Figma: A collaborative design tool that allows for easy and intuitive mockup creation. efficient.
- Sketch: A popular design tool among UX designers for creating high-precision mockups.
Additional resources for the validation process
Clear navigation helps users complete tasks. Study navbar navigation to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
Prototype visuals should be consistent with the product identity. Study brand identity to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
Design has a communication role, not just decoration. Study design in marketing to understand design decisions at this stage. Use observable findings, not claims that prototypes automatically increase conversions.
Record design decisions and versions in the project plan. Study content planning to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
Gather evidence of market problems before building features. Study market research to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
Prioritize key user tasks within a single flow. Study search intent to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversions.
Check product and target customer fit. Study brand positioning to understand design decisions at that stage. Use observable findings, not claims that prototypes automatically increase conversion.
Prototype selection matrix for product teams
| Type | Purpose | Limitations |
|---|---|---|
| Sketch or wireframe | Testing the organization of information and ideas | Cannot yet test functionality |
| Interactive prototype | Testing navigation and task flow | Data can be simulated |
| Working prototype | Testing integration and real functionality | More expensive and not necessarily production ready |
Frequently Asked Questions (FAQ)
What is a prototype?
An early model of a product used to test concepts, interactions, or functionality before full development.
What is the difference between a wireframe and a prototype?
A wireframe maps out the initial structure; a prototype can simulate an experience or function.
What is a static prototype?
A representation of a design that does not have the full product’s interactions or functionality.
What is an interactive prototype?
A design model with navigation or transitions that users can try.
What is a working prototype?
A model that performs some of the actual functionality, even though it is not yet ready as a final product.
Does hi-fidelity always mean programmable?
No. High-fidelity typically indicates the level of visual and interaction detail, not backend readiness.
Why are prototypes important for UX?
They help test assumptions and uncover bottlenecks before development costs become too high.
What are the common tools?
Figma, Axure, or another tool that fits the complexity of the interactions and the team’s needs.
When should prototypes be tested?
When important design questions can be tested with realistic tasks.
Do prototypes guarantee product success?
No. Test results need to be further validated with actual implementation and user behavior.
