When Do Apps Ask for Location — Before or After Showing Value?
- By Ali Abouelatta
- n = 33
- Published
- Updated
- 2 min read
- onboarding · mobile · ux-patterns · notifications · experiments
Short answer
Across 33 apps with a location-permission screen in Lazyweb Research's corpus, 26 (79%) frame the ask with nearby/near-you value copy rather than a bare system prompt source[1]. In tracked flows, location asks land at an average step of 2.8 (median 2.5), about 62% of the way through short 4.6-step flows source[2]. The dominant pattern is to attach the ask to a concrete 'see what's around you' benefit, not to fire it cold.
79% of apps requesting location (26 of 33) frame it with nearby/near-you value copy — Lazyweb Research, July 2026.
Bar chart · Value
Value — Where the ask sits in the flow
One block is about 10.7 Value
- Average step [2]
- 2.8
- Median step [2]
- 2.5
- Average relative position [2]
- 0.616
- Average flow length [2]
- 4.6 steps
- Occurrences / flows [2]
- 30 / 10
The finding
Of 33 apps with location-permission screens (including combined location+notification opt-ins), 26 (79%) use nearby/near-you/around-you/local framing, and 10 tie the ask to a delivery, pickup, or store use case source[1]. 17 of the 33 have a custom (non-OS-dialog) priming screen, and 29 had the native OS dialog captured source[1]. Value framing is the norm.
Where the ask sits in the flow
Location asks appear in short flows and land past the midpoint — consistent with 'let the user glimpse the map or feed, then ask' rather than a cold first-screen request. This rests on only 10 flows, so read it as directional source[2].
How to apply it
Attach the location prompt to a visible benefit the user is about to receive — nearby results, delivery to their door, the closest store. The corpus strongly favors this: only 7 of 33 apps ask without nearby framing source[1]. If your app has a delivery or pickup model, that concrete use case (10 of 33 apps) is the sharpest justification.
Caveats
Position stats rest on 10 flows and 30 occurrences — a small sample; lead with counts source[2]. The 33-app framing base mixes pure-location and combined location+notification opt-in screens. Framing shares come from vision-description regexes over captured screens, so they describe observed copy, not measured conversion.
Real in-market screens
Screens from real, in-market apps, tracked by Lazyweb Research.
Dairy Queen1290 × 2796opens the full image 
Outlook1206 × 2622opens the full image 
Lemonade1206 × 2622opens the full image 
Remini1179 × 2556opens the full image
The numbers
| # | Stat | Computed from |
|---|---|---|
| [1] | nearby framing 26/33 (79%); delivery/pickup/store 10/33; custom priming 17/33; native dialog captured 29/33 | location_value_framing: per-company bool_or of vision_description regexes over location screen set |
| [2] | avg step 2.8, median 2.5, relative 0.616, flows average 4.6 steps; 30 occurrences across 10 flows | location_position_in_flows: ROW_NUMBER-ranked flow_steps joined to location label set |
| [3] | 60 location-permission canonical screens across 30 companies (+22 combined screens across 5 companies) | location_screens_inventory: location label set inventory |
Methodology
Universe: 33 apps with location-permission screens (of 807), July 2026. Framing extracted via vision-description regexes; flow positions via ROW_NUMBER over 10 tracked flows — small sample, counts lead.
Sources
- [1]
Lazyweb Research analysis of 33 apps (location-permission set, 807-app corpus), July 2026
Includes combined location+notification opt-in screens; framing via vision-description regexes.
- [2]
Lazyweb Research analysis of 10 flows (location positions), July 2026
Small flow sample; positions via ROW_NUMBER within tracked flows.
- [3]
Lazyweb Research analysis of 30 companies (location inventory), July 2026
60 canonical screens; 22 combined opt-in screens kept separate.
Source: Lazyweb Research — proprietary analysis of real, in-market app screens. Cite as Lazyweb Research, 2026-07-07.