• 4 text colours detected. Best practice is 2-3. Every additional colour weakens pattern recognition (Ch. 2, mere exposure effect).
• 5 background colours. Too many. The brain detects colour inconsistency in under 400ms and registers it as distrust (Elliot & Maier, 2012).
• 2 heading(s) fail contrast: "Previews" (1:1, needs 4.5:1); "Next" (1:1, needs 4.5:1). Headings are the first text visitors read. If they cannot read them clearly, they leave.
• 1 link(s) fail contrast: "Your Brand" (2.04:1). Low-contrast links are invisible to users, defeating their purpose.
• 2 button(s)/CTA(s) fail contrast: "Previews" (1:1); "Next" (1:1). Your primary conversion elements are hard to read.
• 1 navigation link(s) fail contrast. If visitors cannot read your menu, they cannot navigate your site.
• 4 text element(s) are placed over background images without guaranteed contrast. Text readability depends on what part of the image is behind it. Add a semi-transparent overlay.
• 55% of sampled text elements fail WCAG AA contrast. This is a systemic readability problem, not isolated cases.

• 3 font families. At the recommended limit. Every additional font adds cognitive load.
• 7 unique font sizes. No clear type scale. A disciplined system uses 5-6 sizes maximum.
• 4 H1 tags. This destroys your visual hierarchy. The visitor's eye has no single focal point. One H1 per page, always.

• 189 DOM elements across 900px. Moderate density.

No issues found. Great work.

• 2 of 2 images have no alt text. Beyond accessibility, this means search engines cannot index your imagery. Every image without alt text is invisible to Google.

• Orphan font(s) detected: sans-serif. Used by fewer than 3 elements each. Likely CSS fallback leaks or forgotten overrides. They break the typographic system and signal inattention to detail.
• Near-duplicate font sizes: 11.0px/12.0px. The human eye cannot distinguish a 1px difference, but your CSS is creating unnecessary complexity. Consolidate.

• Text overlapping detected at 6 point(s): "The Morning Maze" and "The Colors of Africa" at 768px. Overlapping text is unreadable and signals the site was not tested at intermediate screen sizes.
• Additional overlaps: "The Colors of Africa" and "The Morning Maze" at 768px; "The Morning Maze" and "The Colors of Africa" at 375px.
• 6 text element(s) extend beyond the viewport: H1 "Your Hero Title" overflows by 1382px at 768px. This means the design breaks between breakpoints.
• 16 interactive elements are smaller than the 44px minimum touch target (Apple HIG / WCAG 2.5.5). These are difficult to tap on mobile.

• No modern image formats detected. All 2 images use legacy formats (png: 2). WebP is supported by 97% of browsers and reduces file size by 25-35%.
• 4 CSS background images use legacy formats. Use image-set() in CSS to serve WebP with fallback.

• Largest Contentful Paint is 6.0s, Google rates this "Poor". This is actively hurting your search rankings. Pages with Poor LCP are deprioritised in search results. 53% of mobile users abandon sites that take over 3 seconds to show content.
• First Contentful Paint is 3.5s, poor. The screen is blank for over 3 seconds. This drives bounce rates above 50% and tells search engines your infrastructure is inadequate. Check server response time (TTFB), render-blocking CSS, and font loading strategy.

• Meta description is 168 characters. May be truncated in search results (limit ~155).
• No Open Graph tags found. When your page is shared on social media, it will appear as a plain URL with no preview image or description. This dramatically reduces click-through rates.
• No Twitter/X card meta tags. Shared links will display without a rich preview on Twitter/X.
• No language meta tag. This helps search engines serve your page to the right audience.
• No canonical tag detected. Without a canonical URL, search engines may index duplicate versions of your page (with/without www, trailing slashes, query parameters).
• 4 H1 tags on homepage. Google recommends one H1 per page. Multiple H1s dilute the primary topic signal and confuse search engine crawlers.
• Homepage has only 90 words of content. Google recommends 300+ words for indexable pages. Thin content pages struggle to rank for any meaningful queries.
• Reading level is grade 20 (Flesch-Kincaid). This is academic-level complexity. Unless your audience is exclusively specialists, simplify to grade 8-10 for maximum comprehension and engagement.
• No structured data (JSON-LD) detected. Schema.org markup helps search engines understand your content and enables rich results (star ratings, FAQs, product cards) in search. Without it, you are invisible to AI search engines (ChatGPT, Perplexity, Google AI Overviews).
• No Organization entity in structured data. AI systems (ChatGPT, Google Knowledge Graph) cannot build a reliable entity profile for your brand without structured Organization data including name, logo, URL, and social profiles.
• No robots.txt found. This file tells search engines which pages to crawl and where your sitemap lives. Without it, crawlers have no guidance and may waste budget on irrelevant pages.

• No AEO-relevant structured data (FAQ, HowTo, Article, Product, Review). AI search engines like ChatGPT, Perplexity, and Google AI Overviews extract answers from pages with rich schema markup. Without it, your content is harder for AI to parse and cite.
• No Organization/Person schema. AI engines build entity profiles from structured data. Without Organization markup (name, logo, URL, social profiles, founding date), AI systems cannot reliably identify or recommend your brand.
• No question-answer content detected on the homepage. AI search engines prioritise pages that directly answer questions. Adding an FAQ section or structuring content around common customer questions dramatically increases your chances of being cited.
• Only 0 content sections (H2 headings) on the homepage. AI engines use headings to segment and understand your content. Well-structured pages with clear sections are easier for AI to extract answers from.
• Very few bullet points or numbered lists in content. AI engines parse structured lists more reliably than dense paragraphs. Lists, step-by-step instructions, and comparison tables are highly citable formats.
• Homepage has only ~90 words. AI search engines favour comprehensive, authoritative content. Pages under 500 words rarely contain enough depth to be cited as a source. Aim for 1000+ words of substantive content.
• No statistics, percentages, or data points found in content. Pages with original data and specific numbers are significantly more likely to be cited by AI engines. Include proprietary stats, survey results, or industry benchmarks.
• No author or team information in structured data. AI engines assess content credibility partly through authorship signals. Adding Person schema with credentials helps your content get cited over anonymous competitors.
• Only 1 trust page(s) found (contact, privacy, terms). AI engines use the presence of legal and contact pages as a trust signal. A complete set (contact, privacy policy, terms of service) signals a legitimate business.
• No llms.txt found. This file is the emerging standard for telling AI engines who you are, what you do, and how to describe your brand. Without it, ChatGPT, Perplexity, and Claude have to guess your positioning from scattered page content. Create a /llms.txt with your brand name, description, key products/services, and target audience.
• No .well-known/ai-plugin.json found. This manifest file enables AI agents and plugins to understand and interact with your site programmatically. Not critical yet, but early adopters gain an advantage as AI agent ecosystems grow.
• No robots.txt found. AI crawlers have no guidance on what to index. Create a robots.txt with explicit Allow rules for AI bots and a Sitemap reference.