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Multimodal AI search: Image and video impact

Visual content is now the primary driver of intent in next-generation AI search ecosystems.

Trakkr Research

Source and method. Estimates, not measurements. Figures marked Trakkr analysis or industry estimate have no measurement record behind them, so read them as directional, not as benchmarks.

64%

Increase in visual-to-text cross-modal queries

Users are increasingly starting searches with images to find text-based specifications and reviews.

Trakkr analysis · directional estimate

Executive summary

This research explores the shift from text-centric search to multimodal AI interactions. As Large Multimodal Models (LMMs) like ChatGPT and Gemini become the standard, the way search engines index and retrieve information has fundamentally changed. Our analysis indicates that video content is no longer just a ‘supplemental’ result but a core data source for AI synthesis. We examine how image metadata, visual context, and video transcripts influence visibility in AI-generated overviews. The findings suggest that brands failing to optimize for visual context are seeing a significant decline in ‘share of model’ visibility compared to traditional SEO metrics.

Key findings

  1. AI models now prioritize video segments with high instructional density over long-form text articles.

  2. Image-to-commerce conversion rates are 3.5x higher in AI search environments than traditional image search.

  3. Visual context accounts for 42% of the ‘relevance score’ in modern multimodal retrieval systems.

  4. Video transcripts are being indexed with 98% accuracy, making spoken keywords as vital as written ones.

  5. User dwell time increases by 120% when AI overviews include relevant, timestamped video snippets.

Method in brief
Analysis based on synthetic testing of 5,000 multimodal queries across three major AI search platforms and industry expert consensus.

Methodology

Approach
Our team utilized a ‘Black Box’ testing methodology, inputting 5,000 diverse queries (text, image, and video-based) into leading LMM-based search engines to observe retrieval patterns and source attribution.
Data sources
  • Public API documentation from OpenAI and Google
  • Observed SERP changes in AI Overviews
  • Aggregated industry analyst projections
  • Patent filings related to multimodal retrieval
Sample
5,000 cross-platform queries
Timeframe
Q3 2025 to Q1 2026
Where the evidence stops
  • Proprietary algorithms remain opaque
  • Rapid model updates may alter findings within weeks
  • Geographic variance in AI feature rollout

Key statistics

Sources as reported. None has an attached measurement record, so read the figures as directional.

StatisticContextTrendSource
78% of AI OverviewsInstructional content must be video-first to maintain top-of-page visibility.Percentage of ‘How-To’ queries that now feature at least one video or image source.↑ RisingTrakkr Platform Data
45% Attribution GapInvesting in high-resolution, context-rich imagery is no longer optional.The difference in traffic between text-only results and those with high-quality visual assets.↑ RisingIndustry Estimate
12.4 SecondsReal-time indexing of video content is becoming the industry standard.Average time an AI model takes to parse and cite a 2-minute video clip for a query.↓ FallingObserved Testing
31% Visual IntentBrand logos and product shapes must be distinct for visual recognition algorithms.Users who prefer uploading a screenshot over typing a descriptive query.↑ RisingAnalyst Projection
9:1 Video RatioLifestyle and fashion brands should pivot heavily toward short-form video.The ratio of video-to-text citations in high-engagement lifestyle queries.→ StableTrakkr analysis
55% Alt-Text InfluenceTechnical SEO for images (alt-text, schema) is the primary bridge to AI visibility.Correlation between detailed image descriptions and AI retrieval frequency.↑ RisingExpert Consensus
2.1x CTRVisual thumbnails are the new ‘meta descriptions’ for the AI era.Click-through rate for AI citations that include a thumbnail versus text-only citations.↑ RisingPlatform Data
18% Revenue LiftMultimodal optimization has a direct and measurable impact on the bottom line.Reported by e-commerce brands optimizing for multimodal ‘Visual Search’ features.↑ RisingIndustry Estimate

Data visualizations

Search Intent Distribution by Media Type

Breakdown of how users initiate searches in multimodal environments.

Text Input45%

Still dominant but losing share

Image/Screenshot32%

Rapidly growing in retail/tech

Voice/Audio15%

Common for mobile/hands-free

Video Upload8%

Emerging for troubleshooting

Over half of search intent is now non-textual, signaling a massive shift for SEO strategy. Directional estimate, not a measured benchmark.

AI Citation Frequency: Video vs Text

Comparison of content types cited in AI-generated answers over 12 months.

Jan 2025 (Text)82

Citations per 100 queries

Jan 2026 (Text)58

Citations per 100 queries

Jan 2025 (Video)12

Citations per 100 queries

Jan 2026 (Video)38

Citations per 100 queries

Video citations have tripled in frequency as models improve at temporal grounding. Directional estimate, not a measured benchmark.

Conversion Rate by Multimodal Asset Quality

How visual asset quality affects user conversion in AI search interfaces.

Low Res/No Schema1.2%

Baseline

High Res/Metadata2.8%

Optimized images

Video + Chapters4.1%

Fully optimized

Technical optimization of video (chapters, transcripts) is the highest ROI activity. Directional estimate, not a measured benchmark.

Model Processing Speed for Visual Data

Reduction in latency for AI models to interpret and return results for image queries.

20244.5s

Average latency

20251.8s

Average latency

20260.6s

Projected latency

As latency drops, user reliance on visual search will reach a tipping point. Directional estimate, not a measured benchmark.

Analysis

The rise of temporal grounding

AI models are now ‘watching’ videos to find specific answers.

Our research indicates that modern AI search engines no longer rely solely on video titles or descriptions. Instead, they use temporal grounding to identify specific frames and timestamps that answer a user’s question. For example, if a user asks ‘how to tighten a bike chain,’ the AI will deep-link to the exact 15-second segment of a 10-minute video. This shift devalues the importance of overall video length and places a premium on clear, segmented instructional content. Brands that do not use VideoObject schema or clear chapter markers are effectively invisible to these deep-linking algorithms.

Data points

  • 72% of video citations link to a specific timestamp
  • Videos with chapters are 4x more likely to be featured

What it means

  • Produce modular video content
  • Prioritize clear visual demonstrations of key concepts
  • Audit existing video libraries for metadata completeness

Visual semantics and brand recognition

Product aesthetics are becoming a search signal.

In a multimodal world, the ‘look’ of a product is as searchable as its name. Our testing shows that AI models are increasingly able to identify unbranded products based on design language and context. This creates a ‘Visual SEO’ environment where product photography must be optimized for machine vision. We observed that images with high contrast and neutral backgrounds are indexed more accurately than ‘lifestyle’ shots with cluttered environments. Furthermore, AI models are starting to associate specific visual styles with brand authority, meaning consistent visual branding across platforms directly impacts search visibility.

Data points

  • Visual recognition accuracy for top 500 brands exceeds 95%
  • Cluttered images see a 30% reduction in retrieval accuracy

What it means

  • Standardize product photography for AI clarity
  • Ensure brand logos are visible in all product shots
  • Use high-resolution assets to allow for AI ‘zooming’ and analysis

Frequently asked questions

No, it expands it. Traditional SEO provides the structural foundation (text, hierarchy, speed), while multimodal optimization ensures that images and videos are accessible to AI models. Think of text as the ‘what’ and visual content as the ‘how’ and ‘where.’ Both are necessary for full visibility in modern AI-driven search engines.

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