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&nbsp;Qatalyst offers a test block feature that allows users to conduct prototype testing. It is a type of testing that involves evaluating a preliminary version of a product to identify design flaws and gather feedback from users or stakeholders. You can upload a prototype of your website or mobile app, define the flow of the design and test it on respondents and gather responses.<figure class="image"><img src="https://cdn-assets.productfruits.com/70464a24-990d-4ba9-ad16-46404967ebbb"></figure><h3>Prerequisite for prototype link</h3><ul><li>The file has to be publicly&nbsp;accessible.</li><li>The file has to be from the services we support, "Figma" and "Sketch", for now. (We will be adding more in future)</li><li>The file should have at least two screens.&nbsp;</li><li>Ensure the prototype nodes are connected, and there is a clear starting node with no independent nodes or all the nodes are connected.</li></ul><h4>&nbsp;</h4><h4>Steps for adding prototypes:</h4><ol><li>Access your recent Figma projects by visiting https://www.figma.com/files/recent. This page will display a list of your Figma projects.</li><li>Choose the specific project you want to test with Qatalyst.</li><li>To open the prototype, simply click on the play button ▶️ located in the top menu.</li><li>In the top menu, locate and click the "Share Prototype" option. This will generate a shared URL for your prototype.</li><li>Qatalyst is compatible with all types of prototypes, including those designed for desktop, mobile, and tablet devices.</li><li>Ensure the Link Sharing Settings are set to "Anyone with the link can view." It is important for your Figma prototype to be publicly accessible in order to import it successfully.</li><li>Once you have set the sharing settings, click on the "copy link" button. Then, simply paste the copied link into Qatalyst for seamless integration.</li></ol><h3>Journey Paths</h3><ul><li>Defined Path: A defined path is a predetermined sequence of steps or actions that a user can follow to complete a specific task or goal within the prototype. However, Qatalyst allows you to define multiple paths for the different screens. The start screen will be the same, and the user can change the end screen of the test. In between the end and start screen user can define multiple paths.</li><li>Exploratory Path: In this path type, while creating the research, the user can define the start and end screen, and while taking the test, the respondents navigate from different screens to reach the endpoint. Using this technique, you can identify if participants can finish an activity effectively, the time needed to accomplish a task, and adjustments necessary to increase user performance and happiness and examine the performance to determine if it satisfies your usability goal.</li></ul><h4>&nbsp;</h4><h4>When to use which journey Path?</h4>Defined Path: If you have pre-determined navigation paths for your prototype, using a defined path allows you to assess which path is most convenient or preferred by users. This helps you understand which specific path users tend to choose among the available options.Exploratory Path: Choose an exploratory path when you want to test whether the respondents are able to navigate between the screens and are able to complete the given task and gather information about users' natural behaviour and preferences. This approach encourages users to freely explore the prototype and interact with it based on their own instincts and preferences. It can reveal unexpected insights and usage patterns that may not have been accounted for in predefined paths.<h3>Properties</h3><ul><li style="text-align:justify;">Required: Taking this test is mandatory; the respondent will not be able to move to another question without taking this test.</li><li style="text-align:justify;">Randomize: The image options will appear in random order.</li><li style="text-align:justify;">Screen Recording: Using this option, the whole session of taking the test will be recorded along with the audio.</li></ul><h3 style="text-align:justify;">Technology</h3><ul><li style="text-align:justify;">Mouse Tracking: Mouse tracking is a technology that records the movement of the user's cursor on the screen as they interact with the design. This technology can provide insights into how users navigate through the design.</li><li style="text-align:justify;">Eye tracking: Eye tracking is a technology that records the movement of the user's eyes as they interact with the design. This technology can provide insights into which elements of the design users are looking for, which areas are most engaging, and which areas may need improvement.</li><li style="text-align:justify;">Facial Coding: Facial coding is a technology that is used to analyze users' facial expressions as they interact with the design. This technology can provide insights into users' emotional responses to the product. It can be used to optimize the product's design and messaging to elicit more positive emotional responses from users.</li></ul>To select the technologies, click on the boxes.You can select more than one tracking technology at once too.<h2 style="text-align:justify;">Result View 📊</h2>Once the respondents have taken the test, you will be able to see the analytics in the result section.&nbsp;<h3 style="text-align:justify;">1. Blocks Summary</h3><img src="https://cdn-assets.productfruits.com/48884503-9ac6-4627-956e-03a7aaaf4ff3">In the summary section, you will find the following information:<ul><li style="text-align:justify;">Respondents: Number of people who initiated the test block.</li><li style="text-align:justify;">Skip the Number of people who choose to skip the block.</li><li style="text-align:justify;">Drop-off:&nbsp; Number of people who have not moved on to the next block.</li><li style="text-align:justify;">Bounce Rate: ((Dropoff + Skip)/ Number of Responses)*100 . (In Percentage)</li></ul><h3 style="text-align:justify;">2. Task Summary</h3><figure class="image"><img src="https://cdn-assets.productfruits.com/f3cb81a1-8b2b-4f98-97d7-621c62f48857"></figure>In the dashboard of the result, you will find the summary of the test and the following information:<ul><li>Average Duration: The average time respondents have spent on the block.</li><li>Bounce Rate: The percentage of drop off and skips relative to the total number of responses.</li><li>Misclick rate: Percentage of clicks made other than the actionable CTAs.</li><li>Success Rate: percentage of respondents who have successfully completed the task. (not skipped, not dropped).</li><li>Alternate Success Rate: This metric is available only for the defined path and shows the percentage of users who have reached the goal screen i.e. completed the task but have used an alternate path instead of using the defined path.</li></ul>Overall Usability Score: This score represents the overall performance of your prototype. It is calculated by harnessing various metrics such as success rate, alternate success, average time, bounce rate, and misclick rate.<blockquote>Overall Usability Score = Direct Success Rate + (Indirect Success Rate/ 2) - avg(Misclick%) - avg(Duration%)</blockquote><h3>3. User Journey Tree</h3><figure class="image"><img src="https://cdn-assets.productfruits.com/ffeeb71f-bf1d-46c4-b0d8-474904249356"></figure>Below the summary dashboard of the task, you will find the user journey tree, which displays the path navigated by all the respondents while taking the test.For the journeys, you will find the information by the coloured lines in the tree.In the defined journey, the following information is shown:<ul><li>Green line: The respondents who have navigated through the defined path and landed on the goal screen.</li><li>Purple Line: When the respondents have taken some path other than the defined path yet landed on the goal screen.</li><li>Red Line:&nbsp; When travelling this path, the respondents have not reached the goal screen.</li><li>Red down arrow 🔽: This icon displays the number of users who closed/skipped the journey after visiting a particular screen.</li></ul>For the exploratory journey, there is no alternate path. The journey can be either a success or a failure.Success: When the respondents can reach the goal screen.Failure: When respondents do not reach the goal screen.<h4>Insights from the User Journey</h4><ul><li>Popular paths: By examining the user journey tree, you can identify the most common paths taken by respondents. This insight helps you understand the preferred navigation patterns and the pages or features that attract the most attention. You can leverage this information to optimize and enhance the user experience on these popular paths.</li><li>Abandoned paths: The user journey tree can also reveal paths that are frequently abandoned or not followed by respondents. These abandoned paths may indicate where users encounter difficulties, confusion, or disinterest.&nbsp;</li><li>Navigation patterns: Analyzing the user journey tree allows you to observe the navigation patterns of respondents. You can identify if users follow a linear path, explore different branches, or backtrack to previous pages. This insight helps you understand how users interact with your prototype and adapt the navigation flow accordingly to ensure a seamless and intuitive user experience.</li><li>Bottlenecks or roadblocks: The user journey tree can highlight specific pages or interactions where users frequently get stuck or face challenges. These bottlenecks or roadblocks in the user journey can provide valuable insights into areas that may require improvements, such as unclear instructions, confusing interface elements, or complex tasks. By addressing these issues, you can smoothen the user journey and enhance usability.</li><li>Deviations from expected paths: The user journey tree might reveal unexpected paths taken by respondents that differ from the intended user flow. These deviations can indicate opportunities to optimize the prototype by aligning user behaviour with the desired user journey. Understanding why users deviate from the expected paths can provide insights into their needs, preferences, and potential design or content improvements.</li></ul><h3>4. Graph metrics</h3><figure class="image"><img src="https://cdn-assets.productfruits.com/eb193e75-a9f5-446b-9d9a-aa7fc1797d04"></figure>The performance metrics provide a clear picture of the average time spent on each page in the prototype. This information is presented alongside the total time taken to complete the task and the number of respondents who have visited each page. By mapping these metrics together, we gain insights into how users interact with each page and how it contributes to the overall task completion.<h4>Insights from Performance metrics</h4><ul><li>Column height: This indicates a significant drop in people's engagement with the corresponding page. It suggests that users are leaving or losing interest in that particular page. It could be a sign that the content or design of the page needs improvement to retain user attention.</li><li>Column width: If any particular column is wider than the other columns, it suggests that respondents have spent a considerable amount of time on the page. It may indicate that the page is either providing valuable information or engaging the users in some way. However, it's important to note that spending too much time on a page also indicates confusion or difficulty in finding the desired information.</li></ul><h2>5. Performance Breakdown</h2><figure class="image image_resized" style="width:100%;"><img src="https://cdn-assets.productfruits.com/2da977a7-1c6f-4b64-bc62-f3847d68e2d2"></figure>This chart showcases the comprehensive performance analysis of each page within the prototype. It presents valuable insights such as the average time spent by respondents on each page, the misclick rate, and the drop-off rate.By harnessing these metrics, we derive a usability score for every page, offering users a clear understanding of how each page performed so that they can focus on areas that require improvement.<blockquote>Usability Score = MAX(0,100 - (Drop Off) - (Misclick Rate *misclick weight) - (MIN(10,MAX(0,(Average duration in sec) - 5)/2))))</blockquote>The Misclick weight equals 0.5 points for every misclick.<h4>&nbsp;</h4><h4>Insights from Performance Breakdown</h4><ul><li>Identify high-performing pages: Pages with a shorter average time spent, lower misclick rate, and lower drop-off rate can be considered well-designed and well-performing. These pages likely provide intuitive interactions and a smooth user experience.</li><li>Identify low-performing pages: Pages with a higher average time spent, higher misclick rate, and higher drop-off rate may require further investigation and improvement. These pages may have usability issues, unclear navigation, confusing elements, or uninteresting content.</li><li>Prioritize improvements: By analyzing the metrics, you can prioritize your efforts based on the insights obtained. Focus on optimizing pages with high drop-off rates and high misclick rates to improve user experience, reduce abandonment, and increase engagement.</li></ul>The page with a usability score below 80 calls for attention. The researchers can check eye tracking, mouse tracking and facial coding data and figure out if the behaviour is expected or an anomaly.<h2>6. Emotion AI Metrics</h2>When you click on any page using the performance metrics, you will be seamlessly transported to the detailed Metrics page, where you can delve into insights gathered from eye tracking, facial coding, and mouse clicks.Here, you will discover information such as the average time spent on the page, the number of respondents who have visited the page, and intricate details regarding the misclick rate.<figure class="image image_resized" style="width:66.54%;"><img src="https://cdn-assets.productfruits.com/f069ae39-9d8e-4826-9f50-4e45d09d0613"></figure>In the Analytics section, you'll have access to a wealth of metrics, including:<ul><li>All Clicks: This encompasses all clicks made within the prototype, offering a holistic view of user interaction.</li></ul><figure class="image image_resized" style="width:61.09%;"><img src="https://cdn-assets.productfruits.com/010890f5-c814-4c37-9770-822e10686d33"></figure><ul><li>Misclick: This specific metric isolates clicks made outside the designated clickable areas within the prototype, shedding light on user behaviour in unintended interactions.</li></ul><figure class="image image_resized" style="width:67.03%;"><img src="https://cdn-assets.productfruits.com/775c9381-45d7-4dac-b490-1931961102b5"></figure><ul><li>Mouse Scroll Data: This metric provides valuable insights into how users navigate a scrollable page by revealing the extent of the page they have visited. This metric helps us understand the user's engagement as they scroll through the content, offering valuable information about which areas of the page are being explored.</li></ul><figure class="image image_resized" style="width:67.48%;"><img src="https://cdn-assets.productfruits.com/794b1137-efdf-49b2-aa3f-e015b4f17479"></figure><ul><li>AOI (Area of Interest): On the prototype page, you can create AOIs. Within AOIs, you can glean insights into metrics such as time spent, average time to first fixation, average fixation duration, the number of clicks, and the number of miss-clicks, providing a deeper understanding of user engagement.</li></ul><figure class="image image_resized" style="width:64.44%;"><img src="https://cdn-assets.productfruits.com/03f3e2f9-fa4e-474d-aed7-753f5b122e67"></figure><blockquote>For example, an AOI could be used to track the time that users spend looking at a call to action button, or the number of times they click on a link. This information can be used to improve the usability of the website or app by making sure that the most important elements are easy to find and interact with.</blockquote><ul><li>ET Heatmap: An eye-tracking heatmap is a visual representation of where people look on a page. It is created by tracking the eye movements of users as they interact with the prototype. The heatmap then shows the areas of the screen that received the most attention, with the hottest areas being those that were looked at the most.</li></ul><figure class="image image_resized" style="width:72.83%;"><img src="https://cdn-assets.productfruits.com/77cdabfc-f835-4466-9777-ef4283918386"></figure><ul><li>Emotion AI Metrics: Dive into the emotional resonance of your content with metrics that categorize user responses as neutral, positive, or negative, allowing you to gauge the emotional impact of your design or content.</li></ul><figure class="image image_resized" style="width:74.66%;"><img src="https://cdn-assets.productfruits.com/d3302dd8-8829-4b1d-b8ec-5196c3b500f3"></figure>By exploring these meticulously curated metrics, you can gain a comprehensive understanding of user engagement and behaviour, empowering you to make data-driven decisions to enhance your project's performance and user experience.<h2>7. Screen Recording</h2>Under this section, you will find the screen recordings of the session taking the test. You can use the top dropdown to select the testers.&nbsp;Along with the video recording, you will get the following functionality:&nbsp;<ul><li>Eye Tracking Metrics: Shows where users look on the screen with a heatmap.</li><li>Facial Coding Metrics: Tracks how users feel using facial expressions, displayed as positive and negative emotion charts.</li><li>AOI (Area of Interest): Let you choose specific parts of the video to study closely.</li><li>Transcript: Writes down everything users say in the video.</li><li>Highlighting: Helps you point out important parts in the transcript.</li><li>Notes: Allows you to jot down thoughts or comments at specific times in the video.</li></ul><h2><img src="https://cdn-assets.productfruits.com/bcfe5e3b-3d44-447c-9da6-8824a608ddb5"></h2><h3>Highlight Creation</h3><img class="image_resized" style="width:88.71%;" src="https://cdn-assets.productfruits.com/c0496921-938b-4962-8399-72a6fcacfcd3"> &nbsp;

<figure class="image"><img src="https://cdn-assets.productfruits.com/11f08e2b-0095-464d-89c2-575530f30719"></figure><h2 style="text-align:justify;">What is Qatalyst?</h2>Qatalyst is an AI-Integrated User Research platform designed to help you make informed decisions about your products and services. With Qatalyst, you can conduct both moderated and unmoderated user research using various tools and technologies, including eye tracking, facial coding, and mouse movement. With our platform, you can gain a deep understanding of your users, their behaviours, and their preferences, enabling you to create products and services that meet their needs and exceed their expectations.<img src="https://cdn-assets.productfruits.com/412ca743-f502-4a33-91d3-554c54013d8b">Whether you're a UX researcher, a designer, or a product manager, Qatalyst has something to offer. Our intuitive interface, comprehensive features, and cutting-edge technologies make it easy to conduct research and gain insights into your users' needs and behaviours.<h2 style="text-align:justify;">What do we offer?</h2>Idea concept validation - It is a process of gathering evidence around ideas through experimentation to make fast, informed and de-risked decisions. It is an essential part of UX research and a necessary step in creating successful products.There are many different ways to validate ideas, but some of the most common methods include:<ul><li>User interviews: This is a great way to get direct feedback from potential users about your idea. You can ask them questions about their needs, pain points, and how they would use your product or service.</li><li>Usability testing: This involves testing prototypes or early versions of your product with users to see how they interact with it. This can help you identify any usability problems and make sure that your product is easy to use.</li><li>A/B testing: This is a method of comparing two different versions of a product or feature to see which one performs better. This can be a great way to test different ideas and see which one is more likely to resonate with users.</li></ul>Wireframe testing: It is a method used in UX research to evaluate and gather feedback on the usability and effectiveness of wireframes. A wireframe is a basic, low-fidelity visual representation of a user interface that outlines the layout and structure of a web page or application without getting into specific design details like colours, fonts, or images. Wireframes serve as a blueprint for the interface, allowing designers and researchers to focus on the overall information architecture and user flow.Prototype Testing: Prototype testing is a method used in user experience (UX) research to evaluate a prototype or a mock-up of a website or a feature before it is fully developed. This allows researchers and designers to test and refine the design early on before committing too much time and resources to a particular design direction.&nbsp;Usability Testing: Usability testing is a technique used in user-centred interaction design to evaluate a product by testing it on users. This can be seen as an irreplaceable usability practice since it gives direct input on how real users use the system. The goal of usability testing is to identify any usability problems with the product or service, such as confusing or difficult-to-use interfaces, and to make recommendations for improvement. Usability testing can be conducted at any stage of the design process, but it is most commonly done during the early stages to identify and fix problems before they become too costly to change.Content/Copy Testing: Copy/content testing refers to the process of evaluating and optimising the written content or copy used in a product, website, app, or any other user interface. The primary goal of copy/content testing is to ensure that the language, tone, and messaging resonate with the target audience, effectively communicate the intended message, and support the overall user experience.&nbsp;Journey Mapping: Journey mapping is a method used to visually represent and understand the user's experience as they interact with a product, service, or system. It involves mapping out the entire user journey, from the initial point of contact to the final outcome or goal. The main objective of journey mapping is to understand how users are using the navigation system of your product to accomplish the task and if your information architecture is correct or not.App and Website testing: Website/app testing in UX research is a crucial process of evaluating the usability and user experience of a website or mobile application. It involves observing users as they interact with the website or app to identify potential issues, gather feedback, and gain insights into how to improve the overall user experience. The primary goal of website/app testing is to ensure that the digital product is intuitive, efficient and meets the needs and expectations of its target users.<h3 style="text-align:justify;">Types of UX Testing in Qatalyst</h3><a href="https://help.getqatalyst.io/en/article/5-second-testing-in-qatalyst" target="_blank" rel="noopener noreferrer">5-Second Testing</a> - The 5-second test is a type of UX research that involves showing users a screenshot or a design for 5 seconds and then asking them questions about what they remember or what they think the design is about. The idea is to simulate a user's first impression of a website or app and capture their immediate reactions.<a href="https://help.getqatalyst.io/en/article/a-b-testing-in-qatalyst">A/B testing</a> - A/B testing is a technique used to compare two versions of a design to determine which one performs better. In UX research, this technique is used to compare two different designs or variations of the same design to understand which one performs better in terms of user behaviour, engagement, and conversion.<a href="https://help.getqatalyst.io/en/article/preference-testing-in-qatalyst" target="_blank" rel="noopener noreferrer">Preference testing&nbsp;</a> - Preference testing is a type of research that helps businesses understand what their customers like and prefer. It involves showing different design variants to people and asking them which one they like the most. By doing this, businesses can learn their customer's preferences and make decisions about how to improve their product to meet their customers' needs better.<a href="https://help.getqatalyst.io/en/article/prototype-testing-in-qatalyst" target="_blank" rel="noopener noreferrer">Prototype testing</a> - Prototype testing is a type of testing that involves evaluating a preliminary version of a product to identify design flaws and gather feedback from users or stakeholders. The goal of prototype testing is to improve the product's design, functionality, and user experience before it is released to the market. Prototype testing helps users refine their ideas and concepts before investing time and resources in the final product, saving time and money and ensuring the product meets the needs and expectations of users.<a href="https://help.getqatalyst.io/en/article/card-sort-in-qatalyst" target="_blank" rel="noopener noreferrer">Card Sort </a>- Card sorting is a valuable user research technique used to understand how individuals organize information mentally. By leveraging card sorting, analysts can gain valuable insights into how users perceive relationships between concepts and how they expect information to be organized. These insights, in turn, inform the design and structure of websites, applications, and other information systems, leading to enhanced usability and an improved user experience.<a href="https://help.getqatalyst.io/en/article/tree-testing-in-qatalyst" target="_blank" rel="noopener noreferrer">Tree Test</a> - Tree testing is a UX research method used to evaluate the findability and effectiveness of a website or app's information architecture. It involves testing the navigational structure of a product without the influence of visual design, navigation aids, or other elements that may distract or bias users. By conducting tree testing, we aim to address the fundamental question, "Can users find what they are looking for?" This research technique allows us to evaluate the effectiveness of our information architecture and assess whether users can navigate through the content intuitively, locate specific topics, and comprehend the overall structure of our product.<a href="https://help.getqatalyst.io/en/article/single-task-block-in-qatalyst" target="_blank" rel="noopener noreferrer">Live Website testing</a> - Live website testing refers to the practice of conducting usability testing or user testing on a live and functioning website. This type of testing is done to gather insights and feedback from users as they interact with the website in its actual environment within a predefined time. This method enables researchers to capture real-time participant engagement and reactions, providing a window into their thought processes and decision-making mechanisms.Live App Testing - Live app testing involves the process of conducting usability assessments on a Live application available in the Play Store in real time. This approach aims to gather firsthand insights and feedback from users while they actively engage with the application within a specific timeframe.<a href="https://help.getqatalyst.io/en/article/conduct-moderated-testing-using-session-block-in-qatalyst" target="_blank" rel="noopener noreferrer">Session Block:</a> The Session Block is a strategic component within Qatalyst that empowers researchers to schedule and conduct insightful sessions with participants. This capability plays a pivotal role in what is known as moderated research—a method that hinges on guiding participants through specific tasks while encouraging them to vocalize their thoughts and actions. The result is an invaluable stream of real-time insights that provide a comprehensive view of user behaviour, opinions, and reactions. Our platform offers a range of features that enable you to create and manage research projects with ease and provide actionable insights that help you create compelling and engaging products. We aim to provide you with the insights you need to optimize your product or service and make it the best possible.Why wait? <a href="https://getqatalyst.io/signup" target="_blank" rel="noopener noreferrer">Sign up</a> for Qatalyst today and start optimising your product or service for success!&nbsp;

<h3>Overview</h3>Are you interested in using Qatalyst, the powerful UX research platform that helps you gain valuable insights into user behaviour and preferences? This article provides a step-by-step guide to help you sign up for Qatalyst and get started with your first research project. You can set up your workspace in Qatalyst using your Email ID, Google account or Microsoft account. In this article, we will guide you through the steps of setting up your account in Qatalyst.<h3>Steps</h3>Step 1: Go to the Qatalyst website using the URL:<a href="https://getqatalyst.io/signup" target="_blank" rel="noopener noreferrer">https://getqatalyst.io/signup</a>.&nbsp;Step 2: You will be prompted to enter your email address and create a password if you are signing up using your Email ID, or you can choose to sign up using your Google account or Microsoft account or Amazon account.<figure class="image"><img src="https://cdn-assets.productfruits.com/551d36db-1ce7-4306-988a-5644b41730a8"></figure>Step 3: If you choose to set up your account using your Email Id, a verification code will be sent to your email id; enter the verification code and proceed.If you select Microsoft or Google sign-up process, the verification code step will be skipped.<figure class="image"><img src="https://cdn-assets.productfruits.com/d32f9ca9-a294-43fc-b8df-a43c25bd59a2"></figure>Step 4:&nbsp;Once the code is verified, you can set up your workspace. A workspace can be defined as your virtual space for conducting research. Also, choose the data centre from the dropdown based on the nearest region to your location and your name. Click on "Create Workspace".<img src="https://cdn-assets.productfruits.com/8b72841a-37c2-4b0b-a496-cbcfa5765f55">Step 5:&nbsp;Post successful workspace creation, you will be redirected to the login page to initiate the sign-in process. Enter your email id and your created password, and click submit.<figure class="image"><img src="https://cdn-assets.productfruits.com/93298600-0289-45ac-a3f6-3b40a876d081"></figure>After successful sign in, you will land on the Qatalyst home page. Signing up for Qatalyst is quick and easy and provides you with powerful tools to help you gain insights into user behaviour and preferences. Using Qatalyst, you can create user-centred designs optimized for success and stay ahead of the competition. So why wait? Sign up for Qatalyst today and start conducting User research like a pro!

<h3 style="text-align:justify;">Overview</h3>Conducting UX research is an essential step in gathering insights into user behaviour, preferences, and expectations to create products and services that meet their needs and stand out in a crowded market. In this article, we will guide you through the process of creating a study(research) in Qatalyst.<h3 style="text-align:justify;">Steps</h3>Step 1: Once you log into your Qatalyst account, you will be directed to the dashboard.<figure class="image"><img src="https://cdn-assets.productfruits.com/5e56dd7c-d500-45f7-bb0a-014b05602d4b"></figure>Step 2: Click the “Create Study" button on the dashboard to create a new study.&nbsp;You can also find the study button on the library page, and the study can be created from there.&nbsp;Or&nbsp;You can choose the "Start From Template" option; if you select this option, you will arrive at the template selection page, where you will find a range of templates to start your study. You can choose any template.<figure class="image"><img src="https://cdn-assets.productfruits.com/b779d640-872a-4208-b6f6-b200c2483046"></figure>Step 3: Once you select the option, you will be redirected to the study's home page, which you can customize and use as a welcome page for your study.<figure class="image"><img src="https://cdn-assets.productfruits.com/697a5174-d04e-4ad7-96dc-fa2d9877900f"></figure>Step 4: On the welcome page, you can change the layout of the page and the text description.&nbsp;<blockquote>Tip💡: On the welcome page, you can add some text to welcome the respondents, the purpose of the research, what they can expect from the study, incentive information etc.</blockquote>Step 5: To add blocks Click on the "+" button from the left navigation panel.In the block section, you can add the followings:&nbsp;<ul><li style="text-align:justify;">Survey Blocks: use these blocks to create questions around your UX research.&nbsp;</li><li style="text-align:justify;">UX Blocks: these blocks can be used to test your UX concepts, like your product design, prototype or website. Performs different tests like A/B testing, 5-second test etc.</li></ul><figure class="image"><img src="https://cdn-assets.productfruits.com/a7ed7a71-d339-4fe9-8781-7ee8f669e2c1"></figure><figure class="image"><img src="https://cdn-assets.productfruits.com/fc14adef-375b-4204-a9f1-0fd032f8992c"></figure>Step 6: Once you select any block type, the block will be added, and you can customize the block and its different properties.&nbsp;<blockquote>Bonus Point🪄: we have an auto-save option available for all the blocks, so every change made by you will be automatically saved.</blockquote><figure class="image"><img src="https://cdn-assets.productfruits.com/e0fab276-5fee-4055-9787-bb22ba93e0c2"></figure>You can add multiple blocks in a study, and the same block can be added multiple times depending on your requirements.&nbsp;Step 7: Prior to publishing the study, we recommend that you preview it by clicking on the "Preview" button located at the top-right corner of the page. This action will enable you to have an exact view of what respondents will experience while taking the test.<img class="image_resized" style="width:47.51%;" src="https://cdn-assets.productfruits.com/094c9787-f074-48fc-9805-991a998c362c">Step 8: Click on the publish button to make the study live.<img class="image_resized" style="width:48.56%;" src="https://cdn-assets.productfruits.com/17b82006-fafa-4363-965e-79097dcf15c1">Step 9: Once you publish the study, you will be automatically directed to the share tab, from where you can share the study with the respondents.<figure class="image"><img src="https://cdn-assets.productfruits.com/88f14bfc-dce9-46f9-afeb-b0136ecdb1e6"></figure>

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