UXPulse: One Stop UX Analytics Platform

UX Analysis

Screen scanning with 5 second rules

AI Summary

We run your website on our ai model to gather ux scores.

Overall UX Score 72/100 A holistic measure of the quality of user experience encompassing various aspects such as usability, accessibility, and satisfaction.

Layout Score 2/100 Evaluation of the effectiveness and intuitiveness of the arrangement and organization of elements on a digital interface.

Color Score 33/100 Assessment of the appropriateness, clarity, and impact of color choices on user experience and visual appeal.

Efficiency 96.97/100 The degree to which a system or interface allows users to accomplish tasks quickly and effectively with minimal effort.

Accessibility: 100.0/100 The extent to which digital content and interfaces are usable and navigable by individuals with diverse abilities and disabilities

Page Speed: 0.07 Seconds The time it takes for a web page to load and become interactive, influencing user satisfaction and engagement.

UX Prompt

Overall UX Score

Cumulative Score basis various UX Parameters. Scaled to out of 100.

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Overall Color Score

Represents the visual harmony and cohesiveness of colors out of 100

Avoid non-complementary colours to improve harmony. Learn more

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Efficiency Score

Represent the overall UX Efficiency of the site in percentage.

96.97 %

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Accessibility Score

Accessibility score basis WCAG guidelines measure out of 100.

100.0 (Great)

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Overall Layout Score

The layout and arrangement of elements on website. Score is out of 100.

Avoid the use of non-hierarchical HTML tags. Learn more

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Performance

Represents the website performance on load time (in seconds)

Page Speed: 0.07

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Font Families

Font Families used on the Website.

inherit

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Color Palette

Represent all the colors on the website.

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	Diagnostic	Resolution
	Slow Loading Times: Websites or applications that take too long to load frustrate users and lead to high bounce rates.	Optimize website/app performance by reducing file sizes, minimizing HTTP requests, and leveraging caching mechanisms.
	Complex Navigation: Complicated navigation structures confuse users and make it difficult for them to find what they're looking for.	Simplify navigation by organizing content logically, implementing clear menus, and using intuitive labels and icons.
	Cluttered Interface: Crowded interfaces overwhelm users and distract them from completing tasks efficiently.	Streamline the interface by prioritizing essential elements, decluttering unnecessary features, and employing whitespace effectively.
	Unclear Call to Actions (CTAs): Ambiguous or hidden CTAs make it challenging for users to understand what action to take next.	Make CTAs prominent, use descriptive language, and employ visual cues such as buttons or contrasting colors to guide users effectively.
	Poor Accessibility: Inaccessible design elements prevent users with disabilities from accessing and interacting with the content.	Ensure compliance with accessibility standards (e.g., WCAG) by providing alternative text for images, proper HTML structure, and keyboard navigation support.
	Lack of Mobile Responsiveness: Websites or apps that are not optimized for mobile devices result in a frustrating experience for mobile users.	Implement responsive design techniques to ensure seamless usability across various screen sizes and devices.
	Inadequate Feedback Mechanisms: Users feel lost or uncertain without timely feedback on their actions or inputs.	Provide real-time feedback through animations, notifications, or progress indicators to confirm user actions and reassure them of system responses.
	Inconsistent Branding and Design: Inconsistencies in branding and design elements across different pages or sections disrupt the overall user experience.	Establish and adhere to brand guidelines consistently throughout the interface, including color schemes, typography, and imagery.
	Overwhelming Forms: Lengthy or complicated forms discourage users from completing tasks or transactions.	Break forms into smaller, manageable sections, minimize mandatory fields, and provide inline validation to help users complete forms accurately and efficiently.
	Lack of Personalization: Generic experiences fail to engage users on a personal level, leading to disinterest or abandonment.	Leverage user data to personalize content, recommendations, and interactions based on user preferences, behavior, and demographics.

Diagnostic

Resolution

Slow Loading Times: Websites or applications that take too long to load frustrate users and lead to high bounce rates.

Optimize website/app performance by reducing file sizes, minimizing HTTP requests, and leveraging caching mechanisms.

Complex Navigation: Complicated navigation structures confuse users and make it difficult for them to find what they're looking for.

Simplify navigation by organizing content logically, implementing clear menus, and using intuitive labels and icons.

Cluttered Interface: Crowded interfaces overwhelm users and distract them from completing tasks efficiently.

Streamline the interface by prioritizing essential elements, decluttering unnecessary features, and employing whitespace effectively.

Unclear Call to Actions (CTAs): Ambiguous or hidden CTAs make it challenging for users to understand what action to take next.

Make CTAs prominent, use descriptive language, and employ visual cues such as buttons or contrasting colors to guide users effectively.

Poor Accessibility: Inaccessible design elements prevent users with disabilities from accessing and interacting with the content.

Ensure compliance with accessibility standards (e.g., WCAG) by providing alternative text for images, proper HTML structure, and keyboard navigation support.

Lack of Mobile Responsiveness: Websites or apps that are not optimized for mobile devices result in a frustrating experience for mobile users.

Implement responsive design techniques to ensure seamless usability across various screen sizes and devices.

Inadequate Feedback Mechanisms: Users feel lost or uncertain without timely feedback on their actions or inputs.

Provide real-time feedback through animations, notifications, or progress indicators to confirm user actions and reassure them of system responses.

Inconsistent Branding and Design: Inconsistencies in branding and design elements across different pages or sections disrupt the overall user experience.

Establish and adhere to brand guidelines consistently throughout the interface, including color schemes, typography, and imagery.

Overwhelming Forms: Lengthy or complicated forms discourage users from completing tasks or transactions.

Break forms into smaller, manageable sections, minimize mandatory fields, and provide inline validation to help users complete forms accurately and efficiently.

Lack of Personalization: Generic experiences fail to engage users on a personal level, leading to disinterest or abandonment.

Leverage user data to personalize content, recommendations, and interactions based on user preferences, behavior, and demographics.

	Diagnostic	Resolution
	Low Contrast: Insufficient contrast between text and background colors makes content difficult to read, especially for users with visual impairments.	Choose color combinations with adequate contrast ratios to ensure readability. Use tools like WebAIM's Contrast Checker to verify contrast levels.
	Color Blindness Incompatibility: Colors that are indistinguishable for users with color blindness can lead to confusion and frustration.	Opt for color combinations that are distinguishable for all types of color blindness. Use color-blind-friendly palettes or patterns to convey information effectively.
	Overwhelming Vibrancy: Too many vibrant or saturated colors can overwhelm users and distract them from the main content.	Balance vibrant colors with neutral or muted tones to create a visually pleasing hierarchy. Limit the use of intense colors to key elements or calls to action.
	Inconsistent Branding: Inconsistent use of colors across different pages or sections undermines brand recognition and cohesion.	Establish a cohesive color palette consistent with your brand identity and apply it consistently throughout the website. Document brand guidelines to ensure consistency.
	Clashing Color Combinations: Colors that clash or compete with each other create visual discomfort and make the website less appealing.	Select harmonious color combinations using color theory principles such as complementary, analogous, or triadic schemes. Test combinations visually to ensure they complement each other well.
	Color Misinterpretation: Colors that convey unintended meanings or associations can lead to confusion or misinterpretation of content.	Be mindful of cultural or contextual connotations associated with colors. Conduct user research or testing to gauge how colors are perceived by the target audience and adjust accordingly.
	Accessibility Compliance: Failure to meet accessibility standards regarding color usage can exclude users with visual impairments or disabilities.	Ensure color choices meet WCAG (Web Content Accessibility Guidelines) standards, particularly regarding contrast ratios and color usage. Provide alternative methods of conveying information, such as text labels or symbols.
	Ineffective Use of Color Psychology: Colors that don't align with the intended emotional or psychological response can detract from the desired user experience.	Use color psychology principles to evoke the desired emotions or behaviors from users. For example, use calming colors for relaxation apps or vibrant colors for action-oriented websites.

Diagnostic

Resolution

Low Contrast: Insufficient contrast between text and background colors makes content difficult to read, especially for users with visual impairments.

Choose color combinations with adequate contrast ratios to ensure readability. Use tools like WebAIM's Contrast Checker to verify contrast levels.

Color Blindness Incompatibility: Colors that are indistinguishable for users with color blindness can lead to confusion and frustration.

Opt for color combinations that are distinguishable for all types of color blindness. Use color-blind-friendly palettes or patterns to convey information effectively.

Overwhelming Vibrancy: Too many vibrant or saturated colors can overwhelm users and distract them from the main content.

Balance vibrant colors with neutral or muted tones to create a visually pleasing hierarchy. Limit the use of intense colors to key elements or calls to action.

Inconsistent Branding: Inconsistent use of colors across different pages or sections undermines brand recognition and cohesion.

Establish a cohesive color palette consistent with your brand identity and apply it consistently throughout the website. Document brand guidelines to ensure consistency.

Clashing Color Combinations: Colors that clash or compete with each other create visual discomfort and make the website less appealing.

Select harmonious color combinations using color theory principles such as complementary, analogous, or triadic schemes. Test combinations visually to ensure they complement each other well.

Color Misinterpretation: Colors that convey unintended meanings or associations can lead to confusion or misinterpretation of content.

Be mindful of cultural or contextual connotations associated with colors. Conduct user research or testing to gauge how colors are perceived by the target audience and adjust accordingly.

Accessibility Compliance: Failure to meet accessibility standards regarding color usage can exclude users with visual impairments or disabilities.

Ensure color choices meet WCAG (Web Content Accessibility Guidelines) standards, particularly regarding contrast ratios and color usage. Provide alternative methods of conveying information, such as text labels or symbols.

Ineffective Use of Color Psychology: Colors that don't align with the intended emotional or psychological response can detract from the desired user experience.

Use color psychology principles to evoke the desired emotions or behaviors from users. For example, use calming colors for relaxation apps or vibrant colors for action-oriented websites.

	Diagnostic	Resolution
	Slow Loading Times: Websites that take too long to load frustrate users and impede their efficiency.	Optimize website performance by reducing image sizes, minimizing HTTP requests, and leveraging caching techniques.
	Complex Navigation: Complicated navigation structures hinder users from finding desired information quickly.	Simplify navigation by organizing content logically, employing clear menus, and implementing search functionality.
	Excessive Clutter: Overcrowded interfaces overwhelm users and make it challenging for them to focus on essential tasks.	Streamline the interface by decluttering unnecessary elements, prioritizing key content, and utilizing whitespace effectively.
	Ineffective Information Architecture: Poorly organized content makes it difficult for users to locate relevant information efficiently.	Improve information architecture by categorizing content logically, providing clear labeling, and creating intuitive navigation paths.
	Cumbersome Forms: Lengthy or complex forms deter users from completing tasks efficiently.	Break forms into smaller sections, minimize required fields, and provide clear instructions and feedback to users.
	Lack of Feedback: Users feel uncertain about their actions without timely feedback on their interactions.	Provide real-time feedback through visual cues, animations, or progress indicators to confirm user actions and reassure them of system responses.
	Inefficient Search Functionality: Poorly implemented search functionality leads to irrelevant or incomplete results, wasting users' time.	Enhance search functionality by improving query parsing, implementing autocomplete suggestions, and refining search result relevance.
	Unclear Call to Actions (CTAs): Ambiguous or hidden CTAs make it challenging for users to know what action to take next.	Make CTAs prominent, use descriptive language, and employ visual cues like buttons or contrasting colors to guide users effectively.
	Mobile Responsiveness Issues: Websites that are not optimized for mobile devices hinder users' efficiency when accessing content on smaller screens.	Implement responsive design techniques to ensure seamless usability across various screen sizes and devices.
	Inconsistent Design Patterns: Inconsistencies in design elements and interaction patterns confuse users and slow down their navigation.	Establish and adhere to consistent design patterns and UI conventions throughout the website to create familiarity and streamline user interactions.

Diagnostic

Resolution

Slow Loading Times: Websites that take too long to load frustrate users and impede their efficiency.

Optimize website performance by reducing image sizes, minimizing HTTP requests, and leveraging caching techniques.

Complex Navigation: Complicated navigation structures hinder users from finding desired information quickly.

Simplify navigation by organizing content logically, employing clear menus, and implementing search functionality.

Excessive Clutter: Overcrowded interfaces overwhelm users and make it challenging for them to focus on essential tasks.

Streamline the interface by decluttering unnecessary elements, prioritizing key content, and utilizing whitespace effectively.

Ineffective Information Architecture: Poorly organized content makes it difficult for users to locate relevant information efficiently.

Improve information architecture by categorizing content logically, providing clear labeling, and creating intuitive navigation paths.

Cumbersome Forms: Lengthy or complex forms deter users from completing tasks efficiently.

Break forms into smaller sections, minimize required fields, and provide clear instructions and feedback to users.

Lack of Feedback: Users feel uncertain about their actions without timely feedback on their interactions.

Provide real-time feedback through visual cues, animations, or progress indicators to confirm user actions and reassure them of system responses.

Inefficient Search Functionality: Poorly implemented search functionality leads to irrelevant or incomplete results, wasting users' time.

Enhance search functionality by improving query parsing, implementing autocomplete suggestions, and refining search result relevance.

Unclear Call to Actions (CTAs): Ambiguous or hidden CTAs make it challenging for users to know what action to take next.

Make CTAs prominent, use descriptive language, and employ visual cues like buttons or contrasting colors to guide users effectively.

Mobile Responsiveness Issues: Websites that are not optimized for mobile devices hinder users' efficiency when accessing content on smaller screens.

Implement responsive design techniques to ensure seamless usability across various screen sizes and devices.

Inconsistent Design Patterns: Inconsistencies in design elements and interaction patterns confuse users and slow down their navigation.

Establish and adhere to consistent design patterns and UI conventions throughout the website to create familiarity and streamline user interactions.

	Diagnostic	Resolution
	Insufficient Color Contrast: Low color contrast between text and background makes content difficult to read, especially for users with visual impairments.	Ensure that text has a contrast ratio of at least 4.5:1 against its background for normal text and 3:1 for large text. Use tools like WCAG Color Contrast Checker to verify contrast levels.
	Missing Alternative Text for Images: Images without descriptive alternative text (alt text) prevent users with visual impairments from understanding their content.	Provide descriptive alt text for all images, conveying their purpose or information they convey.
	Non-Descriptive Link Text: Links with generic text like "click here" provide insufficient context, especially for screen reader users.	Use descriptive link text that clearly indicates the link destination or purpose, enhancing navigation for all users.
	Inaccessible Forms: Forms lacking proper labels, instructions, or error messages are challenging for users with disabilities to complete.	Ensure all form fields have associated labels, provide clear instructions, and offer descriptive error messages to assist users in completing forms accurately.
	Keyboard Inaccessibility: Websites that cannot be navigated or interacted with using a keyboard only exclude users who rely on keyboard navigation, such as those with mobility impairments.	Ensure all interactive elements are accessible via keyboard navigation and provide visible focus indicators to aid users in navigating through content.
	Unstructured Content: Content without proper heading structure or semantic markup hinders navigation and comprehension for users with screen readers.	Use proper HTML markup (e.g., headings, lists) to structure content hierarchically, facilitating navigation and comprehension for all users.
	Videos Without Captions or Transcripts: Videos lacking captions or transcripts are inaccessible to users with hearing impairments.	Provide captions or transcripts for all video content to ensure accessibility for users who are deaf or hard of hearing.
	Dynamic Content Accessibility: Content that changes dynamically without user interaction may not be accessible to all users, including those using assistive technologies.	Ensure dynamic content updates are announced to screen reader users, and provide mechanisms to pause or control dynamic content.
	Inaccessible Navigation Menus: Navigation menus that rely solely on mouse hover or touch gestures are inaccessible to users who cannot use a mouse or touchscreen.	Implement accessible navigation menus that can be operated using keyboard navigation and provide sufficient time for users to interact with dropdown menus.
	Inadequate Document Structure: PDFs or other document formats lacking proper structure, headings, or accessible text may be inaccessible to users with disabilities.	Ensure documents are tagged properly with headings, lists, and alternative text, and provide accessible formats or alternatives where necessary.

Diagnostic

Resolution

Insufficient Color Contrast: Low color contrast between text and background makes content difficult to read, especially for users with visual impairments.

Ensure that text has a contrast ratio of at least 4.5:1 against its background for normal text and 3:1 for large text. Use tools like WCAG Color Contrast Checker to verify contrast levels.

Missing Alternative Text for Images: Images without descriptive alternative text (alt text) prevent users with visual impairments from understanding their content.

Provide descriptive alt text for all images, conveying their purpose or information they convey.

Non-Descriptive Link Text: Links with generic text like "click here" provide insufficient context, especially for screen reader users.

Use descriptive link text that clearly indicates the link destination or purpose, enhancing navigation for all users.

Inaccessible Forms: Forms lacking proper labels, instructions, or error messages are challenging for users with disabilities to complete.

Ensure all form fields have associated labels, provide clear instructions, and offer descriptive error messages to assist users in completing forms accurately.

Keyboard Inaccessibility: Websites that cannot be navigated or interacted with using a keyboard only exclude users who rely on keyboard navigation, such as those with mobility impairments.

Ensure all interactive elements are accessible via keyboard navigation and provide visible focus indicators to aid users in navigating through content.

Unstructured Content: Content without proper heading structure or semantic markup hinders navigation and comprehension for users with screen readers.

Use proper HTML markup (e.g., headings, lists) to structure content hierarchically, facilitating navigation and comprehension for all users.

Videos Without Captions or Transcripts: Videos lacking captions or transcripts are inaccessible to users with hearing impairments.

Provide captions or transcripts for all video content to ensure accessibility for users who are deaf or hard of hearing.

Dynamic Content Accessibility: Content that changes dynamically without user interaction may not be accessible to all users, including those using assistive technologies.

Ensure dynamic content updates are announced to screen reader users, and provide mechanisms to pause or control dynamic content.

Inaccessible Navigation Menus: Navigation menus that rely solely on mouse hover or touch gestures are inaccessible to users who cannot use a mouse or touchscreen.

Implement accessible navigation menus that can be operated using keyboard navigation and provide sufficient time for users to interact with dropdown menus.

Inadequate Document Structure: PDFs or other document formats lacking proper structure, headings, or accessible text may be inaccessible to users with disabilities.

Ensure documents are tagged properly with headings, lists, and alternative text, and provide accessible formats or alternatives where necessary.

	Diagnostic	Resolution
	Cluttered Design: Too many elements competing for attention can overwhelm users and make the website appear cluttered.	Simplify the design by removing unnecessary elements, prioritizing content, and utilizing whitespace effectively to create breathing room.
	Inconsistent Alignment: Elements that are misaligned or inconsistently spaced can make the layout appear messy and unprofessional.	Maintain consistent alignment and spacing throughout the website to create a visually cohesive layout. Use grid systems or alignment tools to ensure consistency.
	Poor Typography Choices: Inappropriate font sizes, styles, or spacing can negatively impact readability and overall aesthetic.	Choose legible fonts, maintain appropriate font sizes for different content types, and ensure adequate line spacing and letter spacing for readability.
	Lack of Visual Hierarchy: Absence of clear visual hierarchy makes it difficult for users to prioritize and navigate content effectively.	Establish a clear visual hierarchy by using different font sizes, weights, colors, and spacing to emphasize important content and guide users through the layout.
	Unresponsive Design: Websites that are not optimized for various screen sizes and devices can result in awkward layouts and usability issues.	Implement responsive design techniques to ensure the layout adjusts seamlessly to different screen sizes and resolutions, providing a consistent user experience across devices.
	Overlapping Elements: Elements that overlap or obstruct each other disrupt the layout and hinder user interaction.	Adjust element positioning and z-index values to prevent overlapping. Ensure there is adequate space between interactive elements to avoid accidental clicks or taps.
	Ineffective Use of Whitespace: Insufficient or excessive whitespace can disrupt the flow of content and make the layout feel cramped or sparse.	Use whitespace strategically to separate content into digestible sections, guide users' focus, and create a balanced layout. Experiment with different spacing options to find the optimal balance.
	Complex Navigation Structure: Navigation menus that are overly complex or poorly organized make it difficult for users to find their way around the website.	Simplify navigation by grouping related items, organizing menu items logically, and providing clear labels and hierarchy. Limit the number of menu items to avoid overwhelming users.
	Inconsistent Design Elements: Inconsistencies in design elements such as colors, fonts, or styles across different pages or sections can disrupt the overall visual coherence.	Establish and adhere to a consistent design system with standardized colors, typography, and UI elements. Document design guidelines to ensure consistency throughout the website.
	Unbalanced Layout: A layout lacking balance in terms of visual weight, distribution of elements, or symmetry can feel chaotic or disorienting.	Create a balanced layout by distributing visual elements evenly, aligning content logically, and maintaining symmetry where appropriate. Pay attention to proportions and spacing to achieve visual harmony.

Diagnostic

Resolution

Cluttered Design: Too many elements competing for attention can overwhelm users and make the website appear cluttered.

Simplify the design by removing unnecessary elements, prioritizing content, and utilizing whitespace effectively to create breathing room.

Inconsistent Alignment: Elements that are misaligned or inconsistently spaced can make the layout appear messy and unprofessional.

Maintain consistent alignment and spacing throughout the website to create a visually cohesive layout. Use grid systems or alignment tools to ensure consistency.

Poor Typography Choices: Inappropriate font sizes, styles, or spacing can negatively impact readability and overall aesthetic.

Choose legible fonts, maintain appropriate font sizes for different content types, and ensure adequate line spacing and letter spacing for readability.

Lack of Visual Hierarchy: Absence of clear visual hierarchy makes it difficult for users to prioritize and navigate content effectively.

Establish a clear visual hierarchy by using different font sizes, weights, colors, and spacing to emphasize important content and guide users through the layout.

Unresponsive Design: Websites that are not optimized for various screen sizes and devices can result in awkward layouts and usability issues.

Implement responsive design techniques to ensure the layout adjusts seamlessly to different screen sizes and resolutions, providing a consistent user experience across devices.

Overlapping Elements: Elements that overlap or obstruct each other disrupt the layout and hinder user interaction.

Adjust element positioning and z-index values to prevent overlapping. Ensure there is adequate space between interactive elements to avoid accidental clicks or taps.

Ineffective Use of Whitespace: Insufficient or excessive whitespace can disrupt the flow of content and make the layout feel cramped or sparse.

Use whitespace strategically to separate content into digestible sections, guide users' focus, and create a balanced layout. Experiment with different spacing options to find the optimal balance.

Complex Navigation Structure: Navigation menus that are overly complex or poorly organized make it difficult for users to find their way around the website.

Simplify navigation by grouping related items, organizing menu items logically, and providing clear labels and hierarchy. Limit the number of menu items to avoid overwhelming users.

Inconsistent Design Elements: Inconsistencies in design elements such as colors, fonts, or styles across different pages or sections can disrupt the overall visual coherence.

Establish and adhere to a consistent design system with standardized colors, typography, and UI elements. Document design guidelines to ensure consistency throughout the website.

Unbalanced Layout: A layout lacking balance in terms of visual weight, distribution of elements, or symmetry can feel chaotic or disorienting.

Create a balanced layout by distributing visual elements evenly, aligning content logically, and maintaining symmetry where appropriate. Pay attention to proportions and spacing to achieve visual harmony.

	Diagnostic	Resolution
	Large Cumulative Layout Shift (CLS): Elements shifting position unexpectedly during page load or interaction can be disruptive for users.	Avoid dynamically injected content, reserve space for images and ads, and optimize font loading to minimize CLS. Use the size attribute for images and set explicit dimensions for media elements.
	Slow Largest Contentful Paint (LCP): Delay in rendering the largest content element on the page affects perceived loading speed.	Optimize server response times, defer non-essential JavaScript, and prioritize loading critical resources. Use lazy loading for images and optimize image sizes to improve LCP.
	Poor First Input Delay (FID): Delay in responsiveness to user interactions, such as clicks or taps, can frustrate users.	Minimize JavaScript execution time, defer non-critical scripts, and optimize third-party scripts. Use browser caching and preconnect/preload resources to reduce network latency and improve FID.
	Slow Time to First Byte (TTFB): Long TTFB delays the start of page rendering and impacts overall loading speed.	Optimize server configurations, use content delivery networks (CDNs) to reduce latency, and enable server-side caching. Minimize redirects and optimize database queries to improve TTFB.
	High Server Response Times: Slow server response times prolong the loading process and degrade user experience.	Upgrade hosting infrastructure, optimize backend code and database queries, and implement caching mechanisms. Monitor server performance regularly and address bottlenecks promptly.
	Large JavaScript Bundle Size: Bloated JavaScript files increase download times and execution overhead, affecting performance.	Split large JavaScript bundles into smaller chunks and lazy-load non-essential scripts. Minify and compress JavaScript files, remove unused code, and utilize code splitting and tree shaking techniques.
	Inefficient CSS Delivery: Large CSS files and render-blocking stylesheets delay page rendering and increase load times.	Minimize and optimize CSS files, remove unused styles, and leverage CSS preprocessors for efficient code generation. Inline critical CSS or defer non-critical styles to improve rendering performance.
	Unoptimized Images: Large image file sizes slow down page loading and increase bandwidth usage.	Compress and optimize images using appropriate formats (e.g., WebP, JPEG) and compression techniques. Serve responsive images based on device capabilities and viewport size to reduce unnecessary downloads.
	Render-Blocking Resources: Render-blocking resources, such as JavaScript and CSS files, delay page rendering and increase loading times.	Minimize the use of render-blocking resources, defer non-critical scripts, and utilize asynchronous loading techniques. Optimize resource loading order and prioritize critical above-the-fold content.
	Poor Cache Policy: Lack of caching or improper cache policies result in unnecessary resource fetches and slower page loads.	Implement browser caching for static assets, set appropriate cache-control headers, and utilize service workers for offline caching and background fetching. Leverage CDNs for efficient content delivery and caching.

Diagnostic

Resolution

Large Cumulative Layout Shift (CLS): Elements shifting position unexpectedly during page load or interaction can be disruptive for users.

Avoid dynamically injected content, reserve space for images and ads, and optimize font loading to minimize CLS. Use the size attribute for images and set explicit dimensions for media elements.

Slow Largest Contentful Paint (LCP): Delay in rendering the largest content element on the page affects perceived loading speed.

Optimize server response times, defer non-essential JavaScript, and prioritize loading critical resources. Use lazy loading for images and optimize image sizes to improve LCP.

Poor First Input Delay (FID): Delay in responsiveness to user interactions, such as clicks or taps, can frustrate users.

Minimize JavaScript execution time, defer non-critical scripts, and optimize third-party scripts. Use browser caching and preconnect/preload resources to reduce network latency and improve FID.

Slow Time to First Byte (TTFB): Long TTFB delays the start of page rendering and impacts overall loading speed.

Optimize server configurations, use content delivery networks (CDNs) to reduce latency, and enable server-side caching. Minimize redirects and optimize database queries to improve TTFB.

High Server Response Times: Slow server response times prolong the loading process and degrade user experience.

Upgrade hosting infrastructure, optimize backend code and database queries, and implement caching mechanisms. Monitor server performance regularly and address bottlenecks promptly.

Large JavaScript Bundle Size: Bloated JavaScript files increase download times and execution overhead, affecting performance.

Split large JavaScript bundles into smaller chunks and lazy-load non-essential scripts. Minify and compress JavaScript files, remove unused code, and utilize code splitting and tree shaking techniques.

Inefficient CSS Delivery: Large CSS files and render-blocking stylesheets delay page rendering and increase load times.

Minimize and optimize CSS files, remove unused styles, and leverage CSS preprocessors for efficient code generation. Inline critical CSS or defer non-critical styles to improve rendering performance.

Unoptimized Images: Large image file sizes slow down page loading and increase bandwidth usage.

Compress and optimize images using appropriate formats (e.g., WebP, JPEG) and compression techniques. Serve responsive images based on device capabilities and viewport size to reduce unnecessary downloads.

Render-Blocking Resources: Render-blocking resources, such as JavaScript and CSS files, delay page rendering and increase loading times.

Minimize the use of render-blocking resources, defer non-critical scripts, and utilize asynchronous loading techniques. Optimize resource loading order and prioritize critical above-the-fold content.

Poor Cache Policy: Lack of caching or improper cache policies result in unnecessary resource fetches and slower page loads.

Implement browser caching for static assets, set appropriate cache-control headers, and utilize service workers for offline caching and background fetching. Leverage CDNs for efficient content delivery and caching.

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UX Analysis

Screen scanning with 5 second rules

AI Summary

We run your website on our ai model to gather ux scores.

Overall UX Score

Cumulative Score basis various UX Parameters. Scaled to out of 100.

Overall Color Score

Represents the visual harmony and cohesiveness of colors out of 100

Efficiency Score

Represent the overall UX Efficiency of the site in percentage.

Accessibility Score

Accessibility score basis WCAG guidelines measure out of 100.

Overall Layout Score

The layout and arrangement of elements on website. Score is out of 100.

Performance

Represents the website performance on load time (in seconds)

Font Families

Font Families used on the Website.

Color Palette

Represent all the colors on the website.