No general advantage detected.
None of the five industries reached significance in the primary hotspot comparison.
A better location decision starts with your industry. Explore real district benchmarks and discover what Seoul’s hotspot reputation can — and cannot — tell you.
A city’s reputation is only the beginning.
Look at the store-level evidence.
A busy district can contain more businesses.
That does not guarantee more revenue for each store.
None of the five industries reached significance in the primary hotspot comparison.
Coffee & Beverage shows a positive signal in robustness tests. Its primary comparison remains uncertain.
Total floating population explains very little of the variation in revenue per store.
Coffee & Beverage lens
Actual sample averages · million KRW / quarter
Six purposively selected hotspot zones. Figures reflect sampled districts, not every store or every district within each neighborhood.
Choose an industry and open actual district-level observations.
District explorer ↗02 / UNDERSTANDCompare industries and see where the evidence is strong or uncertain.
Research insights ↗03 / PLANExplore break-even requirements using your own assumptions.
Business scenario ↗Scroll to zoom. Drag to move. Click a district to explore.
Zoom in for nearby stations and more road detail. Click a facility icon to identify it.
Graphic map with official Seoul borough outlines and OpenStreetMap rivers, major roads, railways and selected facilities. Minor streets and building footprints are omitted. Commercial boundaries: 23 Oct 2023; boroughs: 31 Oct 2023; orientation snapshot: 11 Oct 2026; research: 2025 Q1–Q4. All 165 sampled district codes and names match. Gray areas have no selected-industry data or are outside the sample. Rail lines show track alignments, including underground sections; this is not a transit route planner. All map layers are saved snapshots. Seoul Open Data Plaza ↗ · Borough source ↗ · Graphic map data ↗ · Orientation map data ↗ · Source details ↗
Historical estimates, not opportunity rankings. Click a district to update the overview and inspect its quarterly data.
Reported Group 25 results · α = 0.05 · all five arithmetic mean-difference 95% intervals include zero. Association does not establish causation.
The raw-scale difference is uncertain. A log-scale comparison suggests a positive association, showing why the test and measurement scale matter.
95% CI: −₩2.37M to +₩17.13M
Primary p = 0.064
95% CI: 1.105 to 2.217
Log-Welch p = 0.006 · Holm p = 0.031
A group difference and a useful prediction
are two different questions.
Million KRW per store per average quarter
Fitted values only. Hotspot R² = 0.0195; non-hotspot R² ≈ 0. These weak models cannot reliably forecast a new store.
ŶH = 31.775 + 0.00238X; ŶN = 27.772 − 0.00014X. X is in 1,000 persons; output is M KRW per average quarter. Slider stays within the overlapping observed group range. At 1 million, reported 95% prediction intervals extend below zero (−16.94 to 85.26M and −20.76 to 76.01M), indicating an unsuitable individual-outcome model. Negative bounds are not realistic revenues.
Linear and log-log models; 50 candidate models per industry. The best screened R² is 7.28% (Japanese: people in their 40s). No slope remains significant after Bonferroni adjustment for 50 candidates per industry. These are exploratory associations, not validated forecasts.
| Business industry | Best screened R² | Raw p-value |
|---|
A famous location does not guarantee stronger store performance.
Enter your monthly costs, or try an illustrative demo.
Enter two assumptions to calculate.
User assumptions · no measured rent data. This is a break-even calculation, not a sales or profit forecast.
Our data help you compare revenue benchmarks. Rent, customer conversion, store size, brand positioning and opening hours still need local investigation. Use the evidence to ask better questions, not to choose a location automatically.
Open District explorer. Select a study zone and industry, then drag or zoom the map and click an official district boundary. Choose “All districts” to browse the full sample. Search by English or Korean name; open quarterly detail from the map or any district card.
On the map: scroll to zoom around your pointer, drag to pan, and double-click to zoom in. Use +/− buttons or pinch on touch devices. Gold lines are major roads; dashed blue-gray lines are railways and subway tracks. Facility icons mark stations, parks, universities and landmarks. Zoom in for more detail; click an icon for its name and source. Turn “Roads, rail & landmarks” off for a simpler view.
Sales per store is estimated industry sales divided by store count. The headline number is an average quarter, in million KRW.
Open Research insights. Change the industry lens to compare hotspot and non-hotspot means. Expand test details for p-values and confidence intervals; try the coffee traffic slider to see the fitted values.
All five primary tests remain non-significant at α = 0.05. Coffee has mixed evidence across tests, and traffic models explain little variation.
Open Business scenario. Enter total monthly fixed costs in million KRW and variable costs as a percentage of revenue. The calculator shows the monthly revenue needed to break even.
Click “Try demo costs”: fixed costs of ₩5M and a 40% variable cost ratio require about ₩8.33M monthly revenue. These costs are illustrative assumptions.
“Start demo” walks through three focused screens. Use Back / Next or the ← / → keys. Exit demo returns to the full website.
Use the language buttons in the header. Your selections and inputs stay in place. Korean labels retain English research terms, and your language preference is remembered in this browser.
Use ⛶ to request full screen where supported. Open Sources & study notes for the sample, units, original dataset and research limits.
It provides historical comparisons to support your judgment. It does not rank opportunities or guarantee future results. Investigate rent, customer fit and competition locally.
The research dataset records quarters. The calculator uses your monthly assumptions independently; it does not convert historical quarterly sales into a monthly forecast.
Eighteen district–industry observations have fewer than four available quarters. Their averages use available records only. Open the quarterly detail to check coverage; missing quarters are not zero.
165 districts: 33 hotspot and 132 stratified non-hotspot. 532 district × industry averages from 2,092 quarterly records. Eighteen observations use fewer than four available quarters. Six purposively selected zones: Seongsu, Hongdae, Itaewon, Jamsil, Myeongdong and Sinchon–Ewha.
Sales per store = estimated industry sales ÷ store count, averaged over available 2025 quarters. Group bars are historical averages across district–industry observations. They are not forecasts for a new business or observed monthly revenue.
Group 25 — Prediction Model (Simple Linear Regression), supplied project document.
Seoul official commercial district boundaries ↗
Map: © OpenStreetMap contributors · boundaries: Seoul Metropolitan Government, KOGL Type 1.
G25_merged original dataset ↗
ACDT Week 4 course material ↗
Revenue is not profit. Data are aggregated and observational, with omitted rent, size, brand and operating-hour factors. Non-significance does not prove equality. Reported directional ANOVA p-values and robustness results are preserved. English district labels are reading aids; original Korean names remain available.