The evolving role of high-fidelity prototyping in UX design

When should you use Figma for prototyping?

When should you use ProtoPie for prototyping?

Ten advantages ProtoPie offers over Figma

ProtoPie vs. Figma: what’s the verdict?

As customer needs change all the time, product and UI/UX design keep up to meet these new challenges. This is why high-fidelity prototyping tools have become stronger over time.

The numbers speak for themselves. According to a report by the 

, the UX service market soared to an impressive valuation of $19.2 billion in 2022.

This changing landscape intensifies project stakes, placing more responsibilities on designers overseeing intricate digital experiences. As stakeholders pressure design teams to excel in speed and innovation, high-fidelity prototyping becomes crucial for maintaining a competitive edge.

Thus, a pressing question emerges: what is the best advanced prototyping tool on the market to meet these demands head-on?

Interestingly, Figma has caught significant attention with the launch of its "advanced prototyping" features at Config 2023. This provides paying users access to 

. We at ProtoPie fully support and warmly commend this development. With tools like Figma and ProtoPie available, designers are empowered to excel in advanced prototyping. Thanks to Figma, we're thrilled to see high-fidelity prototyping and interaction design gaining well-deserved attention from designers.

However, this progression raises questions for designers about how Figma and ProtoPie, both esteemed tools in the design space, differ in their approach to advanced prototyping.

Let's delve into an enlightening comparison between 

Figma is the world’s most popular UI design tool, according to the 

. While it’s not a prototyping tool at heart, it does have prototyping capabilities.

Need to showcase a sequence of basic transitions between static screens? Easily do that in Figma by linking frames and adding simple interactions. It is great for simple clickable prototypes with a few states—focusing on a flow, not the actual interactions.

Even with a few states, it can quickly lead to “noodle chaos” whenever you add more. More states lead to more noodles.

In theory, the wiring model of linking frames with each other makes sense. However, when a prototype grows in complexity, it becomes difficult to make sense of, manage, or maintain.

As a response to this, Figma announced its “advanced prototyping” features. This gives its paying users access to variables, expressions & conditionals. Figma started shifting away from purely linear prototyping.

Figma is a great tool if your project meets the following specific use cases:

Click-through prototypes with frames that have a few states.

Early-stage prototyping without having to remake interactions.

 comes in. By using ProtoPie instead of or alongside Figma, you can create realistic, dynamic, and multimodal prototypes for one or 

. This allows you to validate concepts that involve complex interactions, such as tilting a phone in a game or activating a display in a car using voice commands.

Figma alone might not be the right tool to make prototypes with, especially in situations concerning:

sophisticated albeit realistic micro-interactions (beyond tapping and clicking),

or connecting prototypes with (custom) hardware, APIs, etc.

, ProtoPie was ranked the top choice for designers in the advanced prototyping category. We want to position ProtoPie as the easiest high-fidelity prototyping tool to turn your interaction design ideas into realistic prototypes.

With ProtoPie, you can create highly interactive prototypes for all digital products across various industries:

Design teams and their companies across different industries use ProtoPie daily—next to their UI design tool Figma—for all kinds of high-fidelity prototyping. Some of these leading companies are 

If your prototyping projects sound more like the following, you'd be better off using ProtoPie:

Scenarios with multiple states and dependencies.

Conditional and cause-and-effect interactions that trigger other interactions.

Interactions with specific touchscreen triggers but also “non-standard” triggers.

Multimodal interactions, e.g., interactions involving text input, voice, media playback, sensors, etc.

Interactions across multiple devices and screens.

There’s no magic wand in design. Instead, designers must selectively pick the tools they will work with. Needless to say, these need to have the right benefits and features. ProtoPie offers a range of essential features making it your go-to high-fidelity prototyping tool.

Let’s delve into the 10 benefits that ProtoPie has over Figma.

1. Leverage a wide range of triggers & responses for multimodality

Figma’s list of triggers is limited to mostly standard tap & mouse triggers. This is fine for simple user flows, interactions, and presentations. But here’s the rub: if you want anything more complex, you’ll be waiting for eternity.

ProtoPie is different because it has an immense list of 

For triggers alone, ProtoPie has six different categories: touch, conditional, mouse, key, input, and sensor. The foundational touch triggers include everything from tapping, sliding, and pulling to pinching or rotating your phone. Also, you may combine these. For example, a mouse-over interaction that only works when a mouse button is held down.

. You can chain a series of events or detect data inputted—for example, a user’s email address. There are triggers for where the mouse moves—over or out of an element. A trigger set on key presses. Sensory triggers, from voice and sound to phone tilt or compass.

2. Add drag and scrollable areas to prototypes

You can make drag interactions and scrollable areas in Figma. But, they are limited to specific elements only. Also, they cannot influence other elements or interactions in the same frame.

In ProtoPie, drag interactions and scrollable areas can cause other interactions. For example, dragging a layer to the right or left could decrease or increase the total score. You could prototype these kinds of interactions on a single screen.

Discover how scroll can affect other layers, such as 

Advanced prototypes must emulate real-life products. If you are designing a smartphone app, your prototype needs to function like the final product one would use on an actual smartphone.

Imagine you’re prototyping a login page. In ProtoPie, add an 

In Figma, you’d have to create a complex set of wires prototyping the keyboard itself as a workaround. Otherwise, you have to ask people to rely on their imagination to figure out how they’d type. Not only is this more hassle and against the premise of realistic prototyping, but it also takes more time.

4. Play audio, video, and Lottie files in prototypes

Your designs need to be as rich as possible—there might be times when you need to insert media files into your prototypes. Hence, ProtoPie supports 

. And that’s not all. If you’re on the Enterprise plan, you can add dynamic media to your prototype users through a 

Figma, on the other hand, offers no way for users to directly embed audio or Lottie. But video is possible. If you’re creating media-rich prototypes, then there’s only one option: ProtoPie.

5. Bring “if/then” conditioning into your prototypes

 are the mainstay of successful prototypes, setting out key “if/then” rules. Imagine you have a reusable toggle button component. For example, toggle to the right to enable airplane mode and toggle to the left to disable airplane mode. Enabling airplane mode would lead to certain icons appearing and disappearing. At the same time, specific options would get grayed out.

You can make your own reusable toggle button using interactive components and variants in Figma. Traditionally, making the toggle button affect other layers and interactions uniquely depending on a state has been difficult. The latest advanced prototyping features—Figma made available to its paying users—allow you to do simple “if/then” conditioning.

On the other hand, this is where ProtoPie gets to shine and show its true colors. The real magic happens when you combine conditional interactions with ProtoPie’s formulas & variables.

6. Harness the power of dynamic interactions

 are at the heart of dynamic interactions. This is one of the things that set ProtoPie apart from Figma or any other prototyping tool. A prototype instantly becomes dynamic by simply adding a formula to an interaction.

Besides literal values, formulas can consist of variables, arithmetic & modulo operations, text appends, layer properties, and 

It is worth mentioning that you can use all the properties of objects in formulas. For example, it’s possible to monitor the x-position of an object in motion and trigger some responses whenever a particular (calculated) value has been reached.

Use formulas for dynamic interactions, for example,

email address validation based on text input,

counting the number of items in a shopping cart

showing a warning when the volume level exceeds a certain threshold,

and parse an API response in JSON format.

Explore the 10 key differences between ProtoPie and Figma, and learn when to choose each tool for your advanced prototyping needs.

ProtoPie vs. Figma: Which Tool is Better for Advanced Prototyping?

UXPin is a flexible tool designed for prototyping web and mobile applications, striving to be an all-in-one solution that competes alongside Figma and Sketch. Its advanced functionalities such as code components, logic states, and design systems offer designers a convenient method for tailoring their design and prototypes .

ProtoPie stands out as an intuitive and advanced feature-rich option, captivating designers who are keen on immersing themselves in advanced prototyping without the need of code. Its innovative approach grants designers access to an array of intricate functionalities, including seamless hardware and software integration, voice prototyping, dynamic animations, and the exploitation of native sensors within smart devices.

Both ProtoPie and UXPin are excellent tools but to determine which tool is better for you, we will give you a short overview of some of their features. Continue reading to see the differences and determine which tool may be better suited for you and your team.

Our comparison will dive into the following:

The ability to preview prototypes seamlessly

Which prototyping tool should you choose?

 coins UXPin as a web-based design and collaborative wireframing and prototyping tool for UI/UX. It is an all-in-one platform that allows designers, product managers, and developers to collaborate and create interactive wireframes, prototypes, and design mockups for web and mobile applications. UXPin offers many design features allowing users to make the UI designs they have in mind.

ProtoPie is a powerful and intuitive prototyping tool used for creating interactive and high-fidelity prototypes for mobile, web, and IoT experiences. It empowers designers to transform their static designs into interactive and realistic prototypes such as social media-like apps, streaming apps, augmented reality and more, without needing to write any code. Because of this, the 

 ranked ProtoPie as the top choice for advanced prototyping amongst UI/UX designers. 

Aside from its design and prototyping functionalities, 

 integrates with various other design tools and platforms like 

. This integration enables users to import their existing designs into UXPin or export them from UXPin for further refinement and development in other tools, return and pick up where you left off.

 offers integrations with several popular design and prototyping tools to streamline the design workflow and enhance collaboration. ProtoPie has plugins readily available to seamlessly bring designs from 

. ProtoPie also allows you to reimport your designs while leaving the already created interactions intact, allowing users to be able to go back-and-forth.

 is a tool that allows designers to create interactive prototypes with advanced logic and animations. With Expressions, designers can define conditional interactions based on user input, time-based events, or other triggering actions. This allows for creating complex interactions and transitions that intuitively respond to user behavior.

, such as showing and hiding elements, changing styles, or triggering animations, to simulate realistic user experiences. 

 is a similar game-changer for designers seeking to build interactive and realistic prototypes. With this feature, designers can create and utilize variables to store and control dynamic data throughout their prototypes, similar to the example above. In other words. the above interaction is also achievable in ProtoPie.

By leveraging variables, designers can design more adaptive and responsive prototypes that respond to user inputs and simulate real-world scenarios. Furthermore, Formulas in ProtoPie allows designers to define custom interactions and behaviors using conditional statements and mathematical operations, giving them control over their prototypes' behavior and functionality.

 feature is a valuable asset to preview and test prototypes instantly on real devices. With Mirror, designers can seamlessly synchronize their UXPin prototypes with the corresponding mobile app, enabling them to view and interact with their designs in real time on various devices, including smartphones and tablets.

Using the Mirror feature, designers can gather valuable feedback, make on-the-spot adjustments, and ensure that user experiences translate effectively to the target platforms.

 is a crucial component of the ProtoPie ecosystem, offering a seamless interaction with and experience of interactive prototypes on actual devices. The ProtoPie Player lets users preview and test their prototypes in real time on smartphones, tablets, or other supported devices.

By simply connecting the ProtoPie Player to ProtoPie Studio, designers can instantly preview and interact with their prototypes as if they were fully functioning applications. This capability enables designers to gain valuable insights into the user experience, identify potential design flaws, and make necessary refinements before the final product development stage, ensuring a seamless and user-friendly experience for their target audience.

 offers collaboration and feedback features that enhance team communication and streamline the design iteration. Multiple team members can work simultaneously on a project. The platform lets team members leave comments directly on specific design elements, enabling clear and contextual feedback.

Designers can easily share prototypes with stakeholders and clients, who can view and interact with the designs without needing a UXPin account. This simplifies the feedback-gathering process and ensures all stakeholders are on the same page.

 features provide designers and teams a centralized and seamless way to manage and share their interactive prototypes. By storing prototypes in the cloud, designers can access their projects from any device with an internet connection, facilitating flexibility and collaboration.

The cloud platform enables team collaboration, allowing multiple team members to collaborate on the same project, saving different versions of their prototypes, leaving comments, etc. With version control and automatic saving, designers can rest assured that their progress is always preserved and can be reverted if needed.

ProtoPie's Cloud features also enable easy sharing of prototypes with stakeholders and clients, granting them access to view and interact with the designs without requiring them to install any software. With security features, such as role-based access controls and data encryption, designers can confidently store and share their valuable design assets in the cloud.

, designers can create design components using familiar design tools, maintaining the visual integrity of their designs. UXPin Merge is a technology that syncs code components from a repository to UXPin's design editor.

Organizations can use Merge with open-source libraries or import their product's design system. Designers use these code components like building blocks, dragging and dropping to build user interfaces. Once the components are ready, they can be exported to development environments in a format that can be easily utilized by developers.

 revolutionizes the prototyping landscape with its innovative code-free approach. It not only eliminates the requirement for coding to craft interactions but also avoids generating any code during the export process.

However, ProtoPie doesn't merely stop at the prototyping phase; it also addresses the critical handoff process. Through its 

 feature, previously known as Interaction Recordings, designers have a powerful feature to seamlessly communicate their envisioned interactions effectively. This feature goes beyond static design representations, enabling designers to record their prototypes' functional intricacies.

By recording the dynamic behavior of their prototypes, designers can capture elements used and detailed specs such as interactions duration, delays, easing, etc.

ProtoPie stands out as a prototyping tool that empowers you to achieve the following:

Unlock advanced interaction features, animations, and sensors

ProtoPie truly shines at offering support for multi-finger gestures, animations, and transitions with triggers and responses.

In addition to that, ProtoPie provides easy control of the sensors of smart devices in your prototype, such as tilt, sound, compass, proximity sensor, vibration motor, and 3D Touch sensors.

Maximize the potential of your device’s built in camera

By utilizing a device's actual camera, you can simulate real-world interactions and movements, making the user experience feel authentic and natural. This opens up a world of possibilities for designing prototypes that respond to device orientation, location, and physical movements, enabling designers to craft interactive experiences that closely mirror the behavior of a fully developed application. 

 and barcode scanner feature in ProtoPie is a functionality that allows users to add a QR code and barcode scanner directly within their prototypes.

With this feature, designers can design and test interactions where scanning QR codes or barcodes is a common user interaction. This includes access to additional information, opening specific links, or triggering specific actions in the prototype – such as e-commerce, inventory management, event registration, or product authentication.

Add voice interactions to your prototypes

 feature lets designers create prototypes that respond to voice commands, revolutionizing how users interact with digital products. By integrating voice interactions, designers can simulate real-world scenarios where users can give verbal instructions, triggering specific actions and responses within the prototype.

Whether navigating through a mobile app, 

, the Voice prototyping feature allows designers to craft intuitive and immersive voice-based experiences.

 to provide designers with a comprehensive toolset to create prototypes that seamlessly interact with real-world devices and applications.

Here's how hardware and software integration works in ProtoPie:

 ProtoPie supports integrating prototypes with external hardware devices. This can include connecting with physical devices like IoT, smart home appliances, or custom hardware. Through APIs, Bluetooth, or Wi-Fi connectivity, designers can create interactions and responses with these hardware devices. 

 ProtoPie also enables integration with software applications and services. By utilizing APIs and web services, designers can create prototypes that interact with external software systems, web services, or cloud platforms. This allows designers to simulate data exchange, login authentication, real-time updates, or other interactions with third-party applications.

Conducting user testing prior to your product launch is essential to ensure its viability in the market. While this may seem intricate and time-intensive, there's a simpler way with ProtoPie. After crafting your prototypes you can test them inside ProtoPie Cloud by simply sharing a link and a password to both internal and external testers and gather feedback without any complexity.

Conclusion: Which prototyping tool should you choose?

The ultimate decision between ProtoPie and UXPin rests on your individual requirements, preferences, and coding knowledge. Both ProtoPie and UXPin hold immense value as proficient tools, yet each brings distinct attributes and capabilities to the table that merit exploration.

UXPin emerges as a versatile ally, lending robust support to design and prototyping endeavors for web and mobile applications, akin to the prowess of Figma and Sketch. Its formidable array of features, including powerful code components, logic states, and design systems, solidify its position as a formidable contender.

ProtoPie takes the spotlight as an intuitive and features-rich prototyping solution, designed especially for those designers eager to embrace the realm of advanced prototyping without the use of code. With functionalities encompassing hardware and software integration, voice prototyping, and the utilization of smart devices' native sensors, along with in-product user testing, ProtoPie empowers the creation of prototypes that look like the final product. Enough reasons why ProtoPie has been ranked as the top choice for prototyping.   

If you haven't yet embarked on your prototyping journey with an code-free advanced tool in hand, consider the transformative capabilities of ProtoPie.

Explore how UXPin compares to ProtoPie, and how each tool can be used for advanced prototyping. 

ProtoPie vs. UXPin : Which Prototyping Tool is Better for You?

Designers like yourself face immense pressure to validate your ideas and win over stakeholders quickly. However, without the right skills or tools, creating interactive prototypes to convey your intentions is daunting.

That’s why it’s no surprise that many 

 to code prototypes. But while coding is a powerful skill, it’s time-consuming to learn. Sometimes, it can even take months of studying before getting comfortable with a single coding language.

—a high-fidelity prototyping tool that enables you to create complex prototypes without any need for code.

Prototyping with code presents numerous advantages for designers, fostering effective collaboration with engineers and providing a comprehensive view of design goals. Coding skills not only enhance design abilities but also offer valuable insights into the development process and aid in prioritizing design tasks. Learning to code empowers designers, making it a worthwhile investment for the future. However, for those prioritizing UX over programming skills, ProtoPie emerges as a suitable solution, offering advanced features that align with the modern designer's workflow needs. 

There are several compelling reasons why designers may opt for code-based prototyping:

 Coding provides unparalleled flexibility and control over the design and functionality of a prototype. Designers can bring their vision to life, shaping interactions and animations precisely as desired.

 With code, designers can create any type of interaction or animation imaginable. The possibilities are limitless, allowing for dynamic and engaging user experiences.

 Code allows designers to tackle more complex design concepts. By leveraging coding skills, they can push boundaries and explore intricate design elements that may be challenging to achieve with traditional prototyping tools.

 Code-based prototyping offers a wealth of customization options like data integration, conditional logic, and visual design customization among others that may not be readily available in some prototyping tools. Designers can fine-tune every aspect of their prototype to align with their vision, ensuring a truly tailored and unique user experience.

While prototyping with code offers numerous advantages, it also comes with certain disadvantages that designers should consider. Here are some common disadvantages of prototyping with code: 

 Prototyping with code can be time-consuming, especially for designers who are less experienced or unfamiliar with coding. Writing, testing, and debugging code can take a considerable amount of time, which may slow down the overall prototyping process.

 Learning to code requires a significant investment of time and effort. Designers who are not already proficient in coding may need to spend a considerable amount of time learning the necessary programming languages, frameworks, and libraries before they can effectively prototype with code.

 Code-based prototypes often require modifications in the underlying code to implement changes or iterate on the design. This process can be slower compared to using dedicated prototyping tools that allow for real-time visual adjustments and modifications.

Limited Collaboration with Non-Technical Stakeholders:

 Code-based prototypes may be less accessible to stakeholders or team members who are not familiar with coding. Non-technical stakeholders may find it challenging to provide feedback or understand the interactive aspects of the prototype, which can hinder effective collaboration.

Overall, what’s the point of coding a prototype if the code won’t be used in production? Why write code twice? UX designers are busy enough as it is—so spending months of your life learning to code may not be the best use of your time. Especially when that time could be better spent picking up skills more relevant to your role, such as understanding users and collaborating effectively.

Bridging the gap: The power of no-code hi-fidelity prototyping

In the world of product development and design, prototyping stands as an indispensable step for success. However, when it comes to creating prototypes, coding may not always be the most efficient or effective approach. Let's delve into the significance of prototyping and explore why coding may fall short in comparison.

Prototyping serves as a catalyst for innovation, enabling designers to transform their concepts into tangible representations. It allows for early exploration, validation, and refinement of ideas, saving valuable time and resources in the long run. By creating prototypes, designers can visualize, test, and gather feedback on their concepts, leading to more refined and user-centric designs.

While coding prototypes has traditionally been a common practice, it often comes with inherent limitations. As mentioned before, coding requires specialized skills and can be time-consuming, diverting valuable resources from the core design process. Additionally, making changes or iterations in a coded prototype can be arduous, as even minor adjustments may involve rewriting significant portions of code.

Fortunately, alternative prototyping tools have emerged that offer a more agile and accessible approach. These tools provide intuitive interfaces and drag-and-drop functionality, eliminating the need for coding expertise. With these user-friendly tools, designers can focus on the essence of their designs without getting caught up in technical complexities.

Advantages of using no-code prototyping tools

The advantages of using non-coding prototyping tools like ProtoPie are manifold.

Firstly, they foster a more collaborative environment, as designers can easily share and gather feedback on their prototypes, promoting effective communication and alignment among stakeholders.

Secondly, non-coding tools provide the flexibility to iterate and experiment rapidly, allowing for quick refinements and course corrections throughout the design process.

Moreover, non-coding prototyping tools offer a visual and intuitive experience, making it easier for designers to demonstrate their ideas and intentions to clients, developers, and other project stakeholders. This visual representation bridges the gap between different roles and facilitates a shared understanding of the product vision.

One such tool gaining popularity is ProtoPie, a powerful prototyping tool that empowers designers to bring their ideas to life without relying on code.

 is a high-fidelity prototyping tool that allows designers to create complex, interactive prototypes for digital products without writing any code. It allows designers to import their visual designs seamlessly and transform them into interactive prototypes with ease. By bridging the gap between design and functionality, ProtoPie enables designers to showcase the true potential of their interaction designs.

Some of the main advantages of prototyping with ProtoPie:

It’s easy to use, with an intuitive interface.

It resembles the logic that comes with code.

It enables you to create advanced interactions–including native device sensors—that would be difficult to achieve with code alone.

In other words, with ProtoPie as part of your tech stack, you can save a lot of time and effort compared to coding these interactions from scratch. Let’s learn more about ProtoPie and the benefits it has to offer over coding. 

How powerful is ProtoPie when it comes to high-fidelity prototyping?

It is true that coding offers you more flexibility and possibilities when it comes to creating interactions, but that doesn’t mean you’re missing out on versatility in function by using ProtoPie.

Below some prototype examples that look like the real apps. They were all created with ProtoPie. 

If you want to see more prototypes examples, check our 

Learning ProtoPie is easier than learning how to code, and ProtoPie’s model is more intuitive. Creating an interaction in ProtoPie is as simple as setting a 

 to an object and assigning a behavior or what we call 

Why spend months learning a programming language when you can achieve the same result once you adopt and understand ProtoPie's model.

While coding skills can be helpful in some situations, the opportunity cost of learning to code is very high. It can 

Rather than learning the coding skills your team already possesses, it can be more useful to learn skills that help you understand users, the business, and collaborate more effectively.

Have a favorite design tool? ProtoPie is about to make your life much easier, as it allows you to import your UI designs from popular tools like 

Even if you think you would need code to communicate with developers, ProtoPie solves this for you.

, previously known as Interaction recordings, you can record a scenario of interactions in a prototype in context. This takes the guesswork out of the developer handoff process, as engineers can easily see and interpret how you intend the prototype to work.

, you get a single space to store, manage, and share prototypes with internal and external stakeholders easily, allowing you to communicate design ideas clearly and gain meaningful insights from user testing.

 supports business-wide collaboration in your own secure space. You can choose between private cloud and on-premises security options for secure team collaboration.

By storing reusable components in ProtoPie Cloud, you can save time for your teams’ work. By allowing them to keep their work in one space, you avoid repetitive work, and your teams can manage 

From automotive dashboard interfaces to IoT and smart home integrations, from interactive kiosks to assistive living devices, with ProtoPie Connect, you can take your prototyping to new heights by seamlessly integrating real-world scenarios involving multiple devices, displays, hardware, and APIs.

ProtoPie Connect comes equipped with a range of built-in plugins, offering seamless integration with popular devices and services. With plugins for IFTTT, Logitech G29 steering wheel and pedal set, and Arduino (both via direct serial connection and no-code integration via Blokdots), you have the tools to unlock endless possibilities.

Some practical examples of what you can accomplish with ProtoPie Connect:

Simulate a phone call or text message on a connected smartphone. 

     2.   Test the functionality of a smartwatch app by connecting it to a real smartwatch.

    3.    Create a prototype for a car dashboard that responds to user inputs. 

ProtoPie vs. Code: What’s the best choice?

ProtoPie and Code both have their advantages and disadvantages when it comes to prototyping.

Code is a powerful tool for developers who are familiar with coding. It offers a lot of flexibility and control over the design and functionality of a prototype and allows for more complex designs than ProtoPie.

ProtoPie is a great tool for designers who want to create complex and advanced prototypes without having to learn code. Embracing non-coding prototyping tools like ProtoPie can empower you to streamline your workflow, enhance collaboration, and bring your visions to life with unmatched efficiency and creativity.

Ultimately, the choice between ProtoPie and code depends on your needs and expertise.

Have the skills & time to code? Go ahead.

However, if that is not the case, unlocking the power of no-code prototyping with ProtoPie can help you revolutionize your product development process and deliver remarkable user experiences.

Experience how easy it is to create high-fidelity prototypes without code, download ProtoPie for free now!

If you want to go further, try out ProtoPie Connect and revolutionize your prototyping journey today. Discover endless possibilities and turn your boldest ideas into tangible prototypes that push the boundaries of innovation. The future of prototyping is here, and it's called ProtoPie Connect. 

Discover how ProtoPie makes high-fidelity prototyping possible without writing a single line of code.

ProtoPie vs. Code : Which is Better for Hi-Fi Prototyping?

Whenever you want to breathe life into your design ideas, the first thing you might start doing is find the right tool that allows you to be creative and unleash your wildest ideas.

. However, despite this tool’s versatility and powerful features for designers, you may be unsure whether it’s a good fit for your project—especially if you’re involved in digital product design.

 comes in—a high-fidelity prototyping tool and one of the most popular Adobe After Effects alternatives out there.

While both tools offer unique features and benefits, it can be difficult to determine which one is the best fit for your needs. In this article, we will compare these two tools and discuss their strengths and weaknesses, followed by a recommendation of which type of project each is most suitable for.

Adobe After Effects is best suited for creating motion graphics and visual effects. It offers extensive plug-in support and integration with other Adobe software, making it a great choice for those who already use Adobe products. However, it is not intended for interactive experiences, and the After Effects prototyping features are limited.

ProtoPie is designed specifically for high-fidelity prototyping and offers features like dynamic text input, conditional interactions, and native device sensors. 

 also allows for testing the interaction across multiple devices and displays.

ProtoPie is easy to use and requires no coding, making it a great choice for designers who want to focus on creating their designs.

Comparison

ProtoPie vs. Figma: Which Tool is Better for Advanced Prototyping?

ProtoPie vs. UXPin : Which Prototyping Tool is Better for You?

ProtoPie vs. Code : Which is Better for Hi-Fi Prototyping?

ProtoPie vs. Adobe After Effects : Which is Better For Prototyping?

ProtoPie vs. Axure : Which Is Best for Prototyping?

ProtoPie vs. Flinto: Which Is the Best Prototyping Tool on the Market?

ProtoPie vs. InVision: Which Is Your Best Ally for High-Fidelity Prototyping?

ProtoPie vs. Principle : Which Tool Wins?

ProtoPie vs. Proto.io: Which Is the Best Prototyping Tool?

How ProtoPie Makes Adobe XD Even Better

ProtoPie vs. Framer : Which One Is Right For You?