Just in mind prototyping
Author: o | 2025-04-24
justinmind is a prototyping and wireframing tool for the creation of high fidelity prototypes of web and mobile apps. justin mind is great for prototyping and idea. Most if the time it is just drag
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An app prototyping platform is an instrumental part of creating an engaging product – the prototype you’ll create during a Design Sprint unearths a ton of data through user testing about the products we eventually build.Here, we’re going to explain exactly what these platforms do and then highlight some of the key features for top players in the market.What is an app prototyping platform?While there are plenty of programs out there to create and edit graphical assets used in digital product design, prototyping is a more specific process. Platforms in this category include tools that allow users to breathe life into designs without any “real” coding.A prototype simulates functionality by appearing and moving roughly the same way the team plans to build the actual app with prebuilt features for everything from transitions between screens, animations, overlays, interactions (e.g., how a button might change or play a noise when pressed), and more.It makes the process of explaining a prototype from users, stakeholders, and random people you meet in public much less intense.Source: Know Your MemeRemember the science fair from elementary school? You came up with an idea, checked off the boxes as you ran through the scientific method while exhausting your parent’s printer ink, and with the aid of a tri-fold piece of cardboard and construction paper, presented your results.This is basically the same thing except with more peer review. While you might very well be spot on with all your hypotheses, you can’t truly be sure until you’ve tested it. The feedback you gather will allow you to fine-tune your MVP and test other ideas with your beta users – if all goes well, you’ll have a good foundation to build upon after launch.Keep in mind, sometimes “cool ideas” that put a seemingly fun spin on an existing formula and “unnecessary innovation” don’t always test well with users. It can be hard to hear, especially when you envisioned people fawning over your idea. Just remember that test users are giving objective feedback and when the consensus is that something is a miss, accept that you need to try something else.An overview of today’s most popular app prototyping platformsIf you’re working with a team that is already comfortable with a solution, your best bet is to stick with their solution, with some exceptions.For example, many simply use PowerPoint to create or plugin their mockups to demonstrate how a product is supposed to flow and hope the viewers’ imagination fills in the rest. We even offered a simple PowerPoint-based solution years ago called Windows8Templates however, it’s since been deprecated as modern app prototyping platforms have set the bar quite high, though it’s not bad for an accessible mockup solution.InVision was first to the partyThe first product on most lists (including this one) is InVision, and not just because it’s just some agreed-upon rule among those who create web content. InVision was first to the market and has set the bar for everything that’s followed. Though some products have differentiated themselves since coming
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Discuss and iterate UIs, interactions, and UX together Clearly demonstrate product ideas to stakeholders Do user testing to identify all possible issues early Improve user experience even after product release What are the 3 types of prototyping? Prototyping is generally divided into three types based on the level of fidelity and details: Low-fidelity prototyping - refers to the process of using simple lines, texts, and shapes to outline the basic structure, layout, user flow, and the like content of the future product. Medium-fidelity prototyping -is the next level of low-fidelity prototyping with more precise details, such as spacing, buttons, headlines, images, etc. High-fidelity prototyping - usually tends to present all possible visual and functional details, and closely resemble the final product. Which software is best for prototyping? As a fast online prototyping tool, Mockplus RP not only provides ready-to-use templates, icons, and component libraries to present ideas and interactions in minutes or even seconds, but also offers a free-forever pricing plan for both individuals and teams to fully explore all exclusive and advanced features before making any purchase. Does prototyping need coding? No. There are so many prototyping tools, such as Mockplus RP, which allow designers and teams to create prototypes with just drag-and-drop in minutes. There is no need to write any line of coding when creating prototypes.Just in Mind Prototype - Walkover
Design if you don’t need it, useful if you don’t have enough filament to print the whole thing.For industrial, or just large prints, Meshmixer works well. You can split large models into separate slices, saving each individual slice as a separate STL file to print one at a time. This is especially useful if you have a small 3D printer.16 – MeshLabPrice: Free — Available hereImage Source: 3DSourced.ProsVery useful for color 3D printing.Can hollow out models to save costs.Very sophisticated STL editing system.ConsMay be too advanced for beginners.An open source 3D printing tool for cleaning up 3D scans and enhancing models prior to 3D printing, MeshLab is a very sophisticated STL editing system.MeshLabs supports the improvement of colors in prints based on contrast, saturation and sharpness of colors – very useful for color 3D printing – as well as aligning raw 3D scans to improve them.Additionally, with 3D printing in mind, MeshLabs can also hollow out models for those who want to save on material costs and do not mind a lower strength part, close any small holes in the piece, and flatten the bottom of your models to improve layer adhesion to the print bed during printing.Overall, it’s a sophisticated STL and 3D file fixing and editing system, and well worth using for advanced users who crave added customization.17 – Autodesk NetfabbPrice: $30/month or $240/year for Standard, $550/month or $4,415/year for Premium — Available on Autodesk hereNetFabb can generate extremely precise supports, shown above for this model, to ensure the part comes out perfectly.ProsGreat for advanced and industrial 3D printing.Includes topology optimization features.ConsNot for hobbyist projects.An Autodesk product for extremely advanced and industrial 3D printing and rapid prototyping applications, hobbyists will have no need for this level of customization, but it can be key for high-added-value, industrial applications in. justinmind is a prototyping and wireframing tool for the creation of high fidelity prototypes of web and mobile apps. justin mind is great for prototyping and idea. Most if the time it is just dragJust In Mind Prototyper Download - quoforle.yolasite.com
"A good picture is worth a thousand words", this old saying tells the core content of the user interface prototyping. The use of various visual materials to directly show the software system and interface details is far more than using a thousand words to describe something orally. Design and development specifications are clearer and more intuitive.Rapid prototyping refers to the process by which designers do quick prototyping to simulate the future state of the website or software system. Which is convenient for more relevant personnel, such as users, investors, developers, and designers. The key to creating high-quality rapid prototypes is that designers need to start from user feedback, combined with appropriate prototyping methods, and quickly modify software prototypes, so as to propose design solutions that can better meet user needs.Rapid prototyping can help a team of UI/UX designers to quickly test and iterate a variety of design ideas and methods. So that they can use more intuitive and visual design materials in the process of communication and discussion. Rather than just verbal descriptions. At the same time, it can ensure that everyone who participates can get a consistent understanding, reducing or even avoiding the risk of missing some important needs. Ultimately achieve the goal of completing the software design faster and faster.What is Rapid Prototyping?Rapid prototyping is currently on everyone's lips, with many researchers saying that technology is one of the determining megatrends of the near future. But what is actually meant by this term? Rapid Prototyping is an iterative process used to show what kind of website or application will be made; the purpose is to obtain feedback and get verification from users, shareholders, developers, and designers.Rapid prototyping plays an essential role in making such goals feasible. It encompasses a number of different techniques and allows UX designers to use a variety of production and testing methods to refine their ideas. With the innovative rapid prototyping process, companies can produce high-precision prototypes in a short time.If used properly, the rapid prototyping method will enhance communication between all parties and reduce the risk of constructing false requirements, thereby improving design quality.The process of rapid prototypingA prototype often starts with a very simple model of a key part of the product, and in each iteration, it becomes more and more complex based on more and more data collected from user feedback. The rapid prototyping method consists of a development trilogy of multiple iterations on-demand:1. Prototype: Create a visual model of a solution or user interface.2. Review: Share the prototype with users and make improvements according to their needs and expectations.3. Refine: Based on feedback, identify the parts that need improvement or refinement.With rapid prototyping, design and function can be optimized quickly and easily, which is associated with numerous advantages for companies. In addition, the rapid prototyping process also includes 3D printing. The use of rapid prototyping is associated with a whole range of advantages for companies. We present the most important of them to you in the following:Faster production of thePrototyping Tools - Just in Mind - YouTube
Crucial.ManufacturingManufacturing is the most apparent use for 3D printers, and here’s why:Rapid prototyping. With 3D printers, you can quickly prototype products and components. This way, you can quickly test ideas, and make changes and improvements, reducing development time and physical prototyping costs.Reducing time and costs. 3D printers can significantly speed up the manufacturing process. They allow you to reduce the number of steps required, simplify assembly and reduce the cost of logistics and storage of spare parts.Customization and personalization. With the help of 3D printers, you can easily customize products to customers’ individual needs and preferences.While 3D printing technology is still not ideal for large-scale production due to its relatively slow printing speed, it presents a compelling proposition for businesses focusing on individual orders rather than mass production. Incorporating a 3D printer can be an excellent strategy for business development, enabling customization and personalized manufacturing.However, the question remains whether a 3D printer is necessary in every household. Let’s consider potential use cases to assess their relevance.How to use a 3D printer at homeWhy might you want to have a 3D printer at home?Designing customized items. 3D printers can create and produce individualized items and products according to specific orders. The possibilities are vast, whether it’s unique home furnishings, personalized gadget stands, decorations, or other creative pieces.Replacement of spare parts. When finding or ordering a difficult-to-source spare part for a home appliance, a 3D printer can come to the rescue. By printing the desired part yourself, you can save time and money, avoiding the need for lengthy searches or expensive replacements.Modeling and prototyping. 3D printers are valuable tools for creating models and prototypes to bring ideas to life. Whether you have a project or a product concept in mind, this technology enables you to visualize and test your designs before embarkingJust In Mind - Prototyping Web Clipart ( ) - PikPng
Whether you're a UX designer exploring mobile app concepts or a digital product owner kicking off a feature design sprint, low-fidelity prototypes are the keys you need to unlock creativity. With these simple mockups, you can quickly test and validate your design concepts.Read on to learn more about:What is low-fidelity prototypingHow your team can use low-fidelity prototyping to design stronger final productsHow to make a low-fidelity prototype in four simple steps with FigmaWhat is a low-fidelity prototype?A low-fidelity prototype is a simple diagram of an early-stage design concept. UX design teams use them to quickly test an idea, identify gaps and pitfalls, and discard product designs that don’t resonate with users. An important step in the design thinking process, low-fidelity prototyping drives ideation and innovation for basic page layout, content organization, and user flow.Types of low-fidelity prototypesDesigners use two types of low-fidelity prototypes: paper prototypes and wireframes.Paper prototyping involves sketching basic user interfaces onto a piece of paper or a whiteboard. Designers and key stakeholders use these low-fi prototyping tools to rapidly capture ideas for a new or redesigned user experience. While offline prototypes can generate useful internal feedback with small teams, online whiteboards facilitate prototyping with larger, hybrid teams.Wireframing uses simple blueprints of digital screens to capture basic layouts and content hierarchy. Wireframes can also show user interactions in a user flow, which can be helpful for usability testing. Pro tip: Figma's wireframing tool helps you build low-fidelity assets you can easily sync with your design system components.Benefits of low-fidelity prototypesLo-fi prototyping can have a big impact on the overall user experience. When used effectively, a low-fi prototype can help you:Collect relevant user feedback quickly. Users feel more comfortable critiquing works in progress (i.e., rough sketches or wireframes) than near-final designs. Prototypes with more features or a higher level of detail take more time to assess.Reduce product development risk by addressing user interface issues in the early stages of design and development.Streamline workflows by helping product team members avoid costly, time-consuming revisions later in the design and development process.Make changes on the fly in an agile design process that allows for quick and easy fixes.Collaborate with different teams. Strategists, developers, and project managers can build low-fi prototypes—especially online prototypes which don’t require design expertise.What’s the difference because low-fidelity and high-fidelity prototypes:Low-fidelity prototypes capture design ideas in rough whiteboard sketches or simple wireframes. Hi-fi prototypes have the look and feel of a finished product, with interaction designs that are practically pixel-perfect—they may include animations and clickable screens.Both types of prototypes play key roles in product development. Low-fidelity prototyping takes place in the early stages of design, to model and test concepts before investing build time. High-fidelity prototyping happens at later stages, when you're ready to stress-test design functionality with robust user testing.How to build a low-fidelity prototype in 4 stepsAny team can use lo-fi prototypes to sketch out compelling user experiences—no design experience necessary. Just follow these four steps to master lo-fi prototyping.Step 1: Outline the problem you want to. justinmind is a prototyping and wireframing tool for the creation of high fidelity prototypes of web and mobile apps. justin mind is great for prototyping and idea. Most if the time it is just drag justinmind is a prototyping and wireframing tool for the creation of high fidelity prototypes of web and mobile apps. justin mind is great for prototyping and idea. Most if the time it is just dragComments
An app prototyping platform is an instrumental part of creating an engaging product – the prototype you’ll create during a Design Sprint unearths a ton of data through user testing about the products we eventually build.Here, we’re going to explain exactly what these platforms do and then highlight some of the key features for top players in the market.What is an app prototyping platform?While there are plenty of programs out there to create and edit graphical assets used in digital product design, prototyping is a more specific process. Platforms in this category include tools that allow users to breathe life into designs without any “real” coding.A prototype simulates functionality by appearing and moving roughly the same way the team plans to build the actual app with prebuilt features for everything from transitions between screens, animations, overlays, interactions (e.g., how a button might change or play a noise when pressed), and more.It makes the process of explaining a prototype from users, stakeholders, and random people you meet in public much less intense.Source: Know Your MemeRemember the science fair from elementary school? You came up with an idea, checked off the boxes as you ran through the scientific method while exhausting your parent’s printer ink, and with the aid of a tri-fold piece of cardboard and construction paper, presented your results.This is basically the same thing except with more peer review. While you might very well be spot on with all your hypotheses, you can’t truly be sure until you’ve tested it. The feedback you gather will allow you to fine-tune your MVP and test other ideas with your beta users – if all goes well, you’ll have a good foundation to build upon after launch.Keep in mind, sometimes “cool ideas” that put a seemingly fun spin on an existing formula and “unnecessary innovation” don’t always test well with users. It can be hard to hear, especially when you envisioned people fawning over your idea. Just remember that test users are giving objective feedback and when the consensus is that something is a miss, accept that you need to try something else.An overview of today’s most popular app prototyping platformsIf you’re working with a team that is already comfortable with a solution, your best bet is to stick with their solution, with some exceptions.For example, many simply use PowerPoint to create or plugin their mockups to demonstrate how a product is supposed to flow and hope the viewers’ imagination fills in the rest. We even offered a simple PowerPoint-based solution years ago called Windows8Templates however, it’s since been deprecated as modern app prototyping platforms have set the bar quite high, though it’s not bad for an accessible mockup solution.InVision was first to the partyThe first product on most lists (including this one) is InVision, and not just because it’s just some agreed-upon rule among those who create web content. InVision was first to the market and has set the bar for everything that’s followed. Though some products have differentiated themselves since coming
2025-03-29Discuss and iterate UIs, interactions, and UX together Clearly demonstrate product ideas to stakeholders Do user testing to identify all possible issues early Improve user experience even after product release What are the 3 types of prototyping? Prototyping is generally divided into three types based on the level of fidelity and details: Low-fidelity prototyping - refers to the process of using simple lines, texts, and shapes to outline the basic structure, layout, user flow, and the like content of the future product. Medium-fidelity prototyping -is the next level of low-fidelity prototyping with more precise details, such as spacing, buttons, headlines, images, etc. High-fidelity prototyping - usually tends to present all possible visual and functional details, and closely resemble the final product. Which software is best for prototyping? As a fast online prototyping tool, Mockplus RP not only provides ready-to-use templates, icons, and component libraries to present ideas and interactions in minutes or even seconds, but also offers a free-forever pricing plan for both individuals and teams to fully explore all exclusive and advanced features before making any purchase. Does prototyping need coding? No. There are so many prototyping tools, such as Mockplus RP, which allow designers and teams to create prototypes with just drag-and-drop in minutes. There is no need to write any line of coding when creating prototypes.
2025-04-02"A good picture is worth a thousand words", this old saying tells the core content of the user interface prototyping. The use of various visual materials to directly show the software system and interface details is far more than using a thousand words to describe something orally. Design and development specifications are clearer and more intuitive.Rapid prototyping refers to the process by which designers do quick prototyping to simulate the future state of the website or software system. Which is convenient for more relevant personnel, such as users, investors, developers, and designers. The key to creating high-quality rapid prototypes is that designers need to start from user feedback, combined with appropriate prototyping methods, and quickly modify software prototypes, so as to propose design solutions that can better meet user needs.Rapid prototyping can help a team of UI/UX designers to quickly test and iterate a variety of design ideas and methods. So that they can use more intuitive and visual design materials in the process of communication and discussion. Rather than just verbal descriptions. At the same time, it can ensure that everyone who participates can get a consistent understanding, reducing or even avoiding the risk of missing some important needs. Ultimately achieve the goal of completing the software design faster and faster.What is Rapid Prototyping?Rapid prototyping is currently on everyone's lips, with many researchers saying that technology is one of the determining megatrends of the near future. But what is actually meant by this term? Rapid Prototyping is an iterative process used to show what kind of website or application will be made; the purpose is to obtain feedback and get verification from users, shareholders, developers, and designers.Rapid prototyping plays an essential role in making such goals feasible. It encompasses a number of different techniques and allows UX designers to use a variety of production and testing methods to refine their ideas. With the innovative rapid prototyping process, companies can produce high-precision prototypes in a short time.If used properly, the rapid prototyping method will enhance communication between all parties and reduce the risk of constructing false requirements, thereby improving design quality.The process of rapid prototypingA prototype often starts with a very simple model of a key part of the product, and in each iteration, it becomes more and more complex based on more and more data collected from user feedback. The rapid prototyping method consists of a development trilogy of multiple iterations on-demand:1. Prototype: Create a visual model of a solution or user interface.2. Review: Share the prototype with users and make improvements according to their needs and expectations.3. Refine: Based on feedback, identify the parts that need improvement or refinement.With rapid prototyping, design and function can be optimized quickly and easily, which is associated with numerous advantages for companies. In addition, the rapid prototyping process also includes 3D printing. The use of rapid prototyping is associated with a whole range of advantages for companies. We present the most important of them to you in the following:Faster production of the
2025-04-21Crucial.ManufacturingManufacturing is the most apparent use for 3D printers, and here’s why:Rapid prototyping. With 3D printers, you can quickly prototype products and components. This way, you can quickly test ideas, and make changes and improvements, reducing development time and physical prototyping costs.Reducing time and costs. 3D printers can significantly speed up the manufacturing process. They allow you to reduce the number of steps required, simplify assembly and reduce the cost of logistics and storage of spare parts.Customization and personalization. With the help of 3D printers, you can easily customize products to customers’ individual needs and preferences.While 3D printing technology is still not ideal for large-scale production due to its relatively slow printing speed, it presents a compelling proposition for businesses focusing on individual orders rather than mass production. Incorporating a 3D printer can be an excellent strategy for business development, enabling customization and personalized manufacturing.However, the question remains whether a 3D printer is necessary in every household. Let’s consider potential use cases to assess their relevance.How to use a 3D printer at homeWhy might you want to have a 3D printer at home?Designing customized items. 3D printers can create and produce individualized items and products according to specific orders. The possibilities are vast, whether it’s unique home furnishings, personalized gadget stands, decorations, or other creative pieces.Replacement of spare parts. When finding or ordering a difficult-to-source spare part for a home appliance, a 3D printer can come to the rescue. By printing the desired part yourself, you can save time and money, avoiding the need for lengthy searches or expensive replacements.Modeling and prototyping. 3D printers are valuable tools for creating models and prototypes to bring ideas to life. Whether you have a project or a product concept in mind, this technology enables you to visualize and test your designs before embarking
2025-04-16Open and closed card sorting.Paul discusses the use of tree testing to confirm that the information architecture is effective. He also emphasizes the need to prioritize important tasks and ensure that users can easily find the functionality they need in the app.PrototypesSection Duration: 57 minutesPaul introduces the topic of prototyping in product design and discusses its role in the product design process. He explains the reasons for prototyping, such as testing and risk reduction. Paul also discusses different types of prototyping, such as low fidelity (e.g., paper prototyping) and high fidelity (e.g., clickable prototypes).Paul discusses the importance of planning and user flows before jumping into prototyping. He explains how user flows help in understanding the entry points, key actions, decision points, and error handling in an application. Paul also discusses different levels of fidelity in prototyping and the benefits of involving stakeholders in the prototyping process. He mentions two exercises, "crazy eights" and design sprints, that can be used to engage stakeholders and generate ideas.Paul discusses the benefits of using paper prototyping, such as its inclusivity, speed, disposability, and cost-effectiveness. He introduces grayscale prototyping as a more advanced stage, focusing on structure and organization of information. Paul also mentions tools like Balsamiq and Whimsical that can be used for grayscale prototyping.Paul discusses the different types of prototypes and their uses in the design process. He also emphasizes the importance of choosing the right type of prototype for each situation and discusses the benefits of high-fidelity prototypes for aesthetics, navigation testing, and as a specification for developers.Paul discusses some interface design fundamentals. He covers topics such as simplicity, limiting options, chunking, progressive disclosure, and setting good defaults. Paul also discusses the importance of choosing appropriate default values in user interfaces, such as date ranges, to save users time.Paul discusses building prototypes that are developer-friendly, including using auto layout, considering states and animations, and using comments to explain interface behavior. A brief wrap-up of the prototype section is also provided.TestingSection Duration: 44 minutesPaul discusses the importance of testing in product design and how it should be done throughout the development cycle rather than just at the end. Paul shares his approach to testing, including testing wireframes, mock-ups, and prototypes, as well as post-launch testing for exit points, friction points, and new functionality. He provide tips on recruitment for usability testing and mention the availability of testing tools that can help with participant
2025-04-05