--- license: cc-by-4.0 pretty_name: "Search vs. Store: AI App Search Demand vs App Store Rank vs Web Traffic (US, 2026)" tags: - ai-apps - google-trends - app-store - similarweb - search-demand configs: - config_name: default data_files: - split: snapshot_2026_07_26 path: data/search-vs-store-ai-apps-2026-07-26.csv - split: snapshot_2026_07_01 path: data/search-vs-store-ai-apps-2026-07-01.csv --- # Search vs. Store — AI app search demand vs App Store rank vs web traffic (US, 2026) One row per major AI app joining **three independent popularity signals**. Two cross-sectional US snapshots (**2026-07-01** and **2026-07-26**), 40 curated AI apps each. Aggregate/derived only — no raw records, no PII. License: **CC BY 4.0**. - Study + methodology: - Dataset page: - Living index (updated panel + lead/lag test): - Source repository: ## Why it's interesting Rank the 40 apps by web visits and you get roughly the **search** order (ChatGPT, Gemini, Canva, Claude, DeepSeek…), **not** the App Store order. Search demand and web traffic agree; **the App Store rank is the outlier**, scrambled by distribution deals and platform push. The dataset makes that divergence explicit in the `divergence` column. ## Columns - **app** — display name. - **trends_term** — the exact query measured on Google Trends (hand-picked to disambiguate brand names, e.g. "Claude AI", "Google Gemini"). - **search_tier** — coarse Google search-demand tier: Dominant > High > Moderate > Low > Minimal. Coarse on purpose: ChatGPT dwarfs the field ~30–1000x, so the sub-Minimal tail is below Google Trends' resolution and is never individually ranked. - **trends_interest_chatgpt100** — trailing-12-month mean Google Trends interest, anchor-normalized so ChatGPT = 100. Directional, **not** precise for the small tail. - **best_app_store_rank** — best current US chart position across iOS/Play, Top Free + Grossing (null = off the top-100). **ios_rank** / **android_rank** — per-store best. - **chart_score** — 101 - best_app_store_rank (higher = better standing; null if off-chart). - **ratings_count** — combined iOS+Play ratings count (install proxy), where matched. - **sw_monthly_visits** — SimilarWeb estimated monthly web visits (absolute; blank = below SimilarWeb's floor). **sw_global_rank** — SimilarWeb global site rank. - **divergence** — `downloads_not_search` | `search_not_downloads` | `aligned` (tier gap between store standing and search demand). ## Files | File | What | |---|---| | `data/search-vs-store-ai-apps-2026-07-26.csv` | Snapshot 2026-07-26, one row per app | | `data/search-vs-store-ai-apps-2026-07-26.json` | Same rows + metadata + the search x store tier matrix | | `data/search-vs-store-ai-apps-2026-07-01.csv` | Snapshot 2026-07-01, one row per app | | `data/search-vs-store-ai-apps-2026-07-01.json` | Same rows + metadata + tier matrix | The `.json` files are a metadata wrapper (`method`, `columns`, `tier_matrix`, `data[]`), so the CSVs are the flat, directly-loadable tables. ## Caveats worth reading before you cite this - **Do not compute a cross-app search correlation from `trends_interest_chatgpt100`.** Google Trends rescales 0-100 against the largest term in each request, and ChatGPT's volume collapses the tail into noise. The tiers and the `divergence` label are robust; a correlation coefficient over these values is an artifact. See the study for the full writeup. - **`sw_monthly_visits` / `sw_global_rank` are joined from the nearest available panel date** when the daily SimilarWeb panel had no row for the snapshot date (see `similarweb_as_of` in the JSON metadata) — a few days off from the rest of the row. - App Store chart history behind these snapshots is only ~2-3 weeks deep upstream; these are point-in-time snapshots, not a long rank history. ## Citation > Crawlora (2026). *Search vs. Store: AI App Search Demand vs App Store Rank vs Web Traffic > (US, 2026)*. CC BY 4.0. https://doi.org/10.5281/zenodo.21987676 Collected with [Crawlora](https://crawlora.net?utm_source=huggingface&utm_medium=referral&utm_campaign=search-vs-store).