Prototyping Software Comparison

Figma Make will make you a superhuman. But only if you know how to use it effectively. After 50+ builds, mistakes, and trial and error in Figma Make, here’s the ultimate list to help you build better products. "11 hacks I wish I knew earlier" for Figma Make ⚡️: 1️⃣. Attach Figma frames to guide Make Drop a design frame into the chat and anchor your prompt to it. Prompt: “Use this frame as the base. Add smooth scroll transitions between sections.” 2️⃣. Point + prompt in the preview Click directly on an element in the Make preview, then describe the change. Prompt: “Make this button sticky to the top on scroll.” 3️⃣. Break edits into smaller prompts Instead of re-describing the whole project, target a section. Prompt: “Improve spacing and hierarchy only for the pricing table.” 4️⃣. Force responsiveness explicitly Make can generate constraints and layouts with a single line. Prompt: “Make this page responsive for desktop, tablet, and mobile.” 5️⃣. Remix Make previews back into Figma Design Copy a snapshot of the preview → paste it into your Figma file for polishing. Prompt after paste: “Refine this pasted frame to match our design system.” 6️⃣. Publish straight to a live URL When you’re ready, prompt Make to handle launch. Prompt: “Publish this project to a shareable web link with a custom favicon.” 7️⃣. Collaborate in the same Make file Multiple teammates can prompt at once. Treat it like multiplayer. Prompt example during collab: “Add animations to the hero section while [teammate] finalizes footer layout.” 8️⃣. Attach reference images as inspiration Guide Make visually with screenshots, mockups, or mood boards. Prompt: “Match the style of this attached screenshot — use its color palette + typography.” 9️⃣. Prompt for prototype interactions Make understands flow instructions directly. Prompt: “Link the ‘Sign up’ button to the signup frame with a slide-in transition.” 🔟. Pre-handoff cleanup in 1 line Use the revert button whenever you need. Don't waste time fixing things that are broken—just go back and try again with a new approach. Be bold when you make changes! 1️⃣1️⃣. Final shipping checklist Before you ship, don’t forget: - Add title + description (SEO) - Upload a favicon + OG/social image - Connect your Analytics! Then hit publish. You can try here (sponsored by Figma): https://lnkd.in/gEvjTSbr Designers, save this. 🔖 *** If you found this useful, consider reposting ♻️ to your network and Felix Lee.

One of the areas that excites me the most about AI is prototyping. I'm constantly trying out new tools so that I can share my experience. And I think what Figma has achieved with Figma Make is very impressive. But to achieve great results, you need to know when and how to use it. Figma Make excels at the following: - Prototyping complex interactions. - High accuracy when translating a design to code. - Coming up with ideas based on an existing design. I’ve used other vibe coding tools to go from idea to product as quickly as possible, without a starting design. But when it comes to high accuracy in design and prototyping complex interactions that would have taken ages with traditional prototyping, Figma Make can be incredible. Here are a few examples of where I use Figma Make instead of traditional prototyping: - Creating interactive components. - Complex interactions for web apps. - Advanced logic or data-heavy products. - Trying out different responsive approaches. - Anything that requires external libraries, such as data visualization. Nowadays, when I want to communicate an interaction idea to an engineer, I first try and do it in Figma Make. After testing it a few times, it becomes second nature. 1. Think of an interaction you want to prototype. 2. Send your design to Figma Make. 3. Describe and build. 4. Duplicate and try alternatives. In this carousel, I'll be taking you through my workflow and examples in detail. (Swipe to get started 👉) -- If you found this useful, consider reposting ♻️ Are you using AI prototyping in your workflow? And when? Let me know in the comments 👇
 #productdesign #uxdesign #ai #figmapartner

AI prototyping gives you superpowers as a PM. But most people are putting out slop: I sat down with former Head of Product on LinkedIn Sales Navigator Sachin Rekhi to break down how not to. 🎬 Watch Now: https://lnkd.in/gXNZM__4 Spotify: https://lnkd.in/eyt7agKj Apple: https://lnkd.in/eVZf64gB It's a complete masterclass in AI prototyping for 2026. ✍️ Here were my favorite takeaways: 1. Why AI Prototyping matters Before AI prototyping, the average product team would stay in the product space throughout planning and early PRD development. Getting into the solution space with design resources was too expensive until later. Now with AI prototyping bringing the cost close to zero, you can get into the solutioning space much sooner. This approach works - there's a reason Apple always does it. You get into the details. 2. But AI slop is real The problem with AI prototyping is that it's almost too easy. You can easily whip up something that looks okay on the surface in 60 seconds. Unfortunately, this is a trap. The prototypes that give you the most value are going to be consistent with your product's design system and functional to the product you're building with live data. 3. There's a 15-skill mastery ladder You want to build up all of the following skills to become great at AI prototyping: Tools Editing Diverging Prompting Versioning Limitations Debugging Product shaping Technical editing Executive reviews Design consistency Customer validation Engineering handoffs Functional prototyping Designer collaboration (all broken down in the full episode) 4. Design consistency is critical It's so easy to match to your product's design systems these days. There's no excuse not to. In most tools, you can simply import a design system. Or better yet, work with a designer to build a base template that every future PM prototype can reference. Then the entire design system is available quickly. Bonus points for defining in something like Tailwind. 5. Diverging is the superpower it gives you Prototypes used to be expensive. Now they're nearly free. The superpower here is you can easily diverge to test out very different solutions to the same problem. Tools like Magic Patterns have a feature built into them to do this. If your specific tool doesn't, even a prompt like "Explore multiple designs" can get you pretty far. 6. Functional prototypes increase the insights If you go to the effort to actually connect the LLM API, use real data, add analytics, build surveys into the product, get heatmaps, and watch session recordings, you're going to get much more value from the tool than not. 🏆 Thanks to our sponsor - Reforge Build: AI prototyping built for product teams - https://reforge.com/aakash What's your favorite AI prototyping tool?

As a Product Leader, I have been using Lovable frequently over the last few weeks and I love the adaptability and flexibility it provides and helps me think more completely about product/features. One advantage I find over the other options is how stable any of the created applications are on Lovable PMs, here's how you can use the tool as a superpower. Rapid Prototyping: - Transform ideas into working web apps in seconds by simply describing your vision in plain language (being more detailed helps but you can progressively add the details too). - Quickly generate functional, beautiful prototypes to validate MVPs and test concepts. Empower Your Team: - Enable non-technical team members to contribute directly, enhancing cross-functional collaboration. - Align on abstract ideas by converting them into tangible prototypes (even if you are trying to just rationalise an idea just for yourself, the tool works great!) Seamless Integrations: - Enjoy built-in support for Supabase for backend functionality and GitHub for version control. - Maintain complete code ownership and easily hand off projects as needed. Enhanced Design Workflow: - Leverage new Figma integration to convert design prototypes into fully interactive, testable apps. - Rapidly iterate based on real-time feedback using intuitive chat-based edits. Accelerated Time-to-Market: - Deploy and share your prototypes with one-click, ensuring continuous feedback and agile development. - Streamline your workflow to focus on strategic product decisions and customer validation. You must discover how Lovable empowers Product Managers to innovate faster, optimize resources, and lead a new era of product development. It is a game changer! PS: No, I have not been paid by Lovable or have any contact with their team

I tried 10+ AI prototyping apps. Only one stood out. Here's why: Don't sleep on this tool. I tried the usual suspects (Lovable, Stitch, Make, Bolt, v0, etc.) But when I found Magic Patterns, I stopped looking. It had everything I needed for collaborative, AI-powered prototyping, especially in the early stages of the design process. Everyone’s debating which AI prototyping tool generates the best UI designs or code. Or they're showing off a random vibe coded app. But I think the real opportunity for product teams is being overlooked. Early-stage collaborative AI prototyping is where the magic happens. Fast exploration, shared context, real momentum. 3 Reasons why Magic Patterns excels at this: 1. Live AI prototyping with others = game changer Magic Patterns lets you invite people to a shared canvas. Review and interact with multiple prototypes in one view. Fork, remix, and build on ideas instantly. It’s multiplayer AI prototyping done right, perfect for my AI design sprint workshops. And perfect for product teams to rally around a problem and explore ideas. 2. Front-end focus, no backend noise You can explore flows and concepts fast, without getting distracted by databases or logic. Many of the hyped AI tools are focused on vibe coding complete apps. But for early-stage work you just need to quickly explore multiple ideas, iterate, get alignment, and test for feedback. For this purpose, Magic Patterns is exactly what I needed. 3. Thoughtful features that speed up your flow Magic Patterns is perfect for first-time AI prototypers. The beginner friendly interface and useful features like "Presets," "Inspiration," and "Polish", make it easy for anyone to experiment with purposeful ideas. Bonus Reason: Don't mistake Magic Patterns for a basic AI UI tool. There are advanced features and smart workflows I’ll show you that make this the most valuable tool I’ve added to my design process in years. I’m hosting a FREE live walkthrough next week where I’ll demo exactly how I use Magic Patterns inside my AI Design Sprint workshops, including best practices and the frameworks I’ve used in real sessions. This is a glimpse into how design, product, and engineering will work together in the AI era. Once you see it in action, you’ll want to run your next workshop this way. Come hang out. It’s going to be fun, useful, and maybe even a little magical. 🪄 Spots are limited. Drop “magic” in the comments or DM me to reserve your spot.

As a product leader, I’ve spent years refining product development cycles — from ideation to launch. But AI is forcing all of us to rethink the how. Recently, I’ve been diving into how AI can enhance prototyping, and tools like blot.new or V0.dev have genuinely impressed me. What have I learned? 🔹 Instead of static designs in Figma → we’re using blot.new to turn those into working UIs It accepts plain-text prompts and instantly scaffolds React components styled with Tailwind CSS. The UI output is clean, componentized, and ready to plug into a real product. 🔹 Product managers can write functional prompts directly No need to wait for handoffs. A PM can now write something like: “A form with email/password input and a login button, responsive for mobile” …and blot.new returns the actual code and live UI preview within seconds. 🔹 A/B tests without code deployments We can test variations of user flows or UI layouts directly in blot.new, collect early feedback, and refine before it ever hits the dev backlog. What this changes: ✅ PMs and designers are now more hands-on with execution ✅ Engineers spend less time on throwaway prototypes ✅ Idea-to-feedback loops are dramatically shorter This shift has been energizing. And we’re just scratching the surface. Curious if others are doing the same. How are you integrating AI into your product workflow? #ProductLeadership #AIinProduct #PromptDrivenDevelopment #PrototypingWithAI #blotnew #TailwindCSS #React #RapidIteration #LeanProduct

Prototyping is how ideas turn into evidence. It surface hidden assumptions, generate better stakeholder conversations, test specific hypotheses, reveal unforeseen interactions, and give you a concrete artifact to evaluate before code or tooling locks you in. Use low fidelity sketches and storyboards when you need speed and divergent thinking. They help teams externalize ideas, reason about user goals, and map flows before pixels appear. They are deliberately rough to avoid premature polish. Move to click through wireframes in Figma when the question is structure and navigation. Validate information architecture, menu depth, labeling, and path efficiency while changes are still cheap. When the feel of interaction matters, use interactive digital prototypes to evaluate micro interactions, timing, and visual polish. Treat them as validation instruments, not trophies. Plan change criteria up front so attachment to a pretty artifact does not silence real feedback. Some questions require real performance and materials. Coded prototypes and functional hardware mockups tell you about latency, reliability, durability, ergonomics, and safety. In medical devices and other regulated domains, high fidelity functional and contextual testing is expected for Human Factors validation. Not every question lives on screens. Experience prototyping and bodystorming put bodies in space to surface constraints that lab tasks miss. Acting out a shared autonomous ride with props reveals comfort, cue timing, and social norms. Wearing a telehealth mockup for a week exposes stigma, routine friction, and alert patterns that actually fit domestic life. Before building intelligence, simulate it. Wizard of Oz studies let a hidden human drive system responses while participants believe the system is autonomous. You learn vocabulary, trust dynamics, acceptable latency, and recovery strategies without heavy engineering. AI of Oz replaces the human with a large language model so you can study conversational realism early. Manage risks like model bias, hallucinations, and outages with guardrails and logging so findings remain trustworthy. Strategic prototypes also matter. Provotypes and research through design artifacts challenge assumptions, surface values, and force early conversations about privacy, power, and trade offs that slides tend to dodge.

Designing in Figma? If It’s Not Responsive, It’s Not Ready. I recently wrapped a client project where the desktop design looked amazing… until we previewed it on mobile. The fix? A rock-solid Responsive Design System in Figma. Here’s the Figma Responsive Design Guideline we used ✅1. Start with Auto Layout – Always It’s not optional. Use Auto Layout to make every component flexible by default. Padding, spacing, and alignment all adapt. ✅2. Use Constraints Smartly Set elements to scale, center, or pin depending on their function. This is key to making frames adapt across screen sizes. ✅3. Design for Breakpoints Create separate frames for key breakpoints (mobile, tablet, desktop). Utilize components to synchronize elements and eliminate redundancy. ✅4. Responsive Components Build atomic components with resizing in mind. For buttons, navs, and cards, test how they behave in different frame widths. ✅5. Use Layout Grids 12-column grids aren’t just for devs. They help maintain structure and alignment across all breakpoints. ✅6. Preview & Prototype Responsively Figma’s prototype mode now lets you simulate screen sizes—use it! It’ll show you what’s breaking before devs find out. Bonus: Developer Handoff = Clear Code-Like Behavior The more responsive and structured your Figma file, the smoother the handoff. Devs love when everything “just makes sense.” If you're designing without responsiveness in Figma, you're only doing half the job. Your users (and your dev team) deserve better. Drop your thoughts below — I’d love to hear your process 👇 #FigmaDesign #ResponsiveDesign #UIDesign #UXTips #ProductDesign #DesignSystems #FigmaTips #WebDesign #DesignProcess

Want to turn a fuzzy idea into a prototype you can present, test, and even pitch to investors? There’s no one-size-fits-all tool for prototyping—especially for startup founders and designers trying to move fast. But choosing the right tools early can make all the difference. Here are some advanced prototyping tools that can help you go from idea to functional MVP: ✅ Play — Best for iOS app design and prototyping. Play lets you design and ship apps, and even build AI-enabled experiences and prototype with real data. ✅ ProtoPie — Create high-fidelity, interactive prototypes for mobile, web, wearables, and even automotive UIs. Great for user testing complex flows. ✅ Lovable & Bolt — These AI-powered tools help you build functional MVPs without writing much code. With a bit of prompt engineering, sound understanding of code and product thinking, you can quickly generate usable app prototypes. ✅ Bravo Studio — You can make fully functional native apps for iOS & Android ✅ Framer — Perfect for building beautiful, functional websites with speed. Their recent AI update makes launching a site for your product faster than ever. Relume is also worth checking out. ✅ Figma— Figma’s native prototyping continues to improve, and the upcoming features like Figma make look promising. It’s still one of the fastest ways to mock up and share a product idea. At the early stages, you don’t need a fully built product. Prototyping tools let you test assumptions, gather user feedback, and pitch to investors—without burning six figures on development. Got a favorite prototyping tool I didn’t mention? Drop it in the comments 👇

AI lets you prototype in minutes what used to take days or weeks. But many builders are falling into a dangerous trap with this new superpower: We finally have tools that allow us to build clickable prototypes of our ideas without writing a single line of code: ↳ PMs can mock up features instantly by describing them with words ↳ Designers can generate variations in seconds by uploading a screenshot ↳ Engineers can test ideas before committing to production code When you can build in hours instead of weeks, you unlock something powerful: time. The trap? Using that extra time to build MORE features instead of learning from users. We just published a deep dive with Colin Matthews about how PMs at leading companies are using AI prototyping tools and he shared something particularly insightful: "We used to spend 80% of our time building and 20% talking to customers. Now we can flip that ratio completely." Here's what Colin sees the best PMs doing with AI prototyping tools: ↳ They use AI to match prototypes to real design systems in minutes ↳ Test multiple approaches before writing any code ↳ Get real user feedback faster than ever ↳ Add analytics tracking to see exactly how users interact ↳ Share prototypes with customers immediately via simple links The winners won't be the teams who build fastest - but those who use this extra time to go even deeper on understanding their users. Full conversation here: https://lnkd.in/e3e2rc83