The way a site appears in search results changes faster than its design. SERPs now include AI-generated answers, visual search is gaining ground on mobile, and technical signals weigh as much as editorial content. What indicators should be monitored to measure the real impact of these changes on online presence?
Visual and Multimodal Search: A Discovery Channel to Measure
Most web trend analyses focus on textual SEO or web design. However, visual search remains a blind spot. Google generalized “Circle to Search” on high-end Android devices in early 2024 and announced at Google I/O 2024 the extension of search combining text and image to more browsing contexts.
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This change modifies the purchasing journey. A user can now photograph a product, add a textual keyword, and get results without ever typing a traditional query. For an e-commerce site or a portfolio, image optimization becomes a lever for direct visibility, not just a simple accessibility criterion.
Three concrete actions can help prepare for this. First, provide descriptive alt tags that associate the product with its usage context. Next, use modern image formats (WebP, AVIF) to reduce weight without sacrificing quality.
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Finally, structure data with schema.org Product or ImageObject markup, which helps Google index visual content in its rich results. Sites that neglect these signals risk not appearing in a rapidly growing search mode, where it is still possible to access Geeknology for the web and understand the technical fundamentals of these optimizations.
AI Overviews and AI-Enriched SERPs: A Comparison of Visibility Criteria
Google rolled out AI Overviews (formerly SGE) to all users in the United States in May 2024, with a gradual rollout in other countries. These AI-generated boxes summarize several pages before the user even clicks. Traditional SEO is not disappearing, but the criteria for being cited in these answers differ from those of traditional organic positioning.
| Criterion | Traditional SEO (blue link) | AI Overviews (AI response) |
|---|---|---|
| Content | Keyword density, length, internal linking | Direct answer, FAQ structure, verifiable data |
| Authority | Backlinks, domain age | E-E-A-T signals, citations by other reliable sources |
| Format | Optimized text, Hn tags | Short paragraphs, lists, easily extractable tables |
| User Result | Click to the page | Answer without click, with source link as a complement |
A structured content in short factual answers is more likely to be extracted by AI Overviews than a long article without clear hierarchy. Pages that stack text without subtitles or precise data lose visibility in this new format.
What This Changes for Content Creation
Writing for AI Overviews requires thinking of each section as a standalone answer. A paragraph should be able to be read in isolation and remain understandable. FAQs structured in JSON-LD retain their usefulness, but the clarity of the HTML content itself weighs more than the markup alone.
On the other hand, multiplying low-value pages to cover as many queries as possible has the opposite effect. Google filters out redundant or unreliable content before integrating it into its AI summaries.
Technical Signals and Web Performance: The Metrics That Matter
The Core Web Vitals remain the foundation of technical evaluation by Google. Three metrics structure this evaluation:
- The LCP (Largest Contentful Paint) measures the time it takes for the largest visible element to display. A slow LCP indicates an undersized server or unoptimized images.
- The INP (Interaction to Next Paint), which replaced FID in March 2024, evaluates the overall responsiveness of the page during user interactions, not just the first one.
- The CLS (Cumulative Layout Shift) quantifies visual shifts during loading. Poorly loaded ads or web fonts are often the cause.
The INP replaces FID as the interactivity metric since March 2024, penalizing sites where JavaScript blocks the main thread. Pages rich in animations or third-party scripts are the first to be affected.
Eco-Design and Page Weight
The trend towards web eco-design is not just a marketing positioning. A lighter site loads faster, consumes less bandwidth, and mechanically improves its Core Web Vitals. Reducing the number of HTTP requests, limiting custom fonts to two families, and compressing server-side resources (Brotli, gzip) are measurable technical choices.
Web Design and Interactive Content: What Engagement Data Reveals
Minimalist design has dominated recommendations for several years. In contrast, engagement data shows that interactive formats (calculators, quizzes, configurators) generate significantly longer session durations than static pages.
Interactive content keeps users engaged longer than an equivalent static page. This behavioral signal indirectly influences SEO, as Google incorporates user satisfaction metrics into its evaluation.
Glassmorphism or brutalism, regularly cited graphic trends, only impact SEO if they improve readability and navigation. An aesthetic blur effect that slows rendering degrades the LCP. Effective web design combines visual identity and technical discipline.
Sites that make the most of these developments share a common point: they measure before decorating. Testing each modification with PageSpeed Insights or the Core Web Vitals report from Search Console remains the most reliable reflex to distinguish a useful trend from a passing fad.