LOCATION DATA · 50.1033, 14.4458

A standardized base of European location data

Six core layers: demography, modelled mobility, purchasing power, points of interest, competition, and catchment areas. Documented, regularly updated, and extended with additional data when needed.

Modelling location data for European enterprises since 2015

Core layers · extensible

Demography

population · age · income

Modelled mobility

daytime footfall

Purchasing power

spend by category

Points of interest

retail · transit · anchors

Competition

branches · density

Catchment context

drive-time areas

CORE DATA LAYERS

The foundation for every location decision, built to expand

Six core layers cover most location questions out of the box. Built to a single European standard, they combine cleanly and can be extended with additional data sources when needed.

DEMOGRAPHY

Who lives there

population · age · income

Population, age, and income modelled to a fine grid, so you know how many right customers are within reach, not just a postcode average.

MODELLED MOBILITY

Who passes through

daytime footfall

Modelled daytime and visitor presence, so you can tell where people actually spend time, not just where they live.

PURCHASING POWER

What they can spend

spend by category

Spending capacity by household and category, so demand is measured in real money, not just headcount.

POINTS OF INTEREST

What's around it

retail · transit · anchors

Retail, services, transport, and nearby anchors, the traffic generators that shape how a location actually performs.

COMPETITION

Who else is there

branches · density

Competitor locations and density by brand, so you can assess the real gap in a market before committing to it.

CATCHMENT CONTEXT

The area it serves

drive-time areas

Realistic walk and drive time catchments, the area a location genuinely draws from, not a radius on a map.

BEYOND THE CORE

Extend with more sources

Add your own data, partner feeds and specialist layers to the same standard, so the base grows with the decision, not against it.

WHY TEAMS STRUGGLE WITH LOCATION DATA

The analysis is rarely the problem. The inputs are

Too coarse

Postcode and district averages smooth over the few hundred metres where a site actually succeeds or fails.

Sources don't align

Mobility from one vendor and demography from another rarely match, so each analysis opens with a fight over whose numbers to trust.

Stale and manual

Hand-assembled feeds take weeks to build, break at the next refresh, and are hard to defend when someone asks where a figure came from.

WHAT MAKES IT DEPENDABLE

Documented to source, method and date

One European standard

All six layers built to the same classification, so a result in Prague compares directly with Vienna or Warsaw.

Documented method

The inputs, model and assumptions behind each layer are written down, so analysts know exactly what a figure represents.

Defined refresh

Every layer is updated on a published schedule and stamped with the release date it carries.

Quality-checked

Each release is validated against the previous version before it reaches you.

Modelled mobility

LAYER METADATA

Source

Mobile + census, modelled

Method

Documented · versioned

Refresh

Quarterly

Coverage

Europe-wide

Released

2026 · Q2

Every layer carries this record

CREDIBILITY

Built for European enterprise decisions

MODELLING LOCATION DATA

Since 2015

10+ years building and maintaining these layers for European enterprises. It is the core of what we do.

ONE CLASSIFICATION

Europe-wide

Every layer built to the same standard, so figures compare directly from one market to the next.

SOURCE · METHOD · DATE

Per layer

Provenance and refresh recorded on every layer, so each decision is defensible by design.

SOURCE · METHOD · DATE

Per layer

Provenance and refresh recorded on every layer, so each decision is defensible by design.

HOW TEAMS USE IT

From six layers to a decision you can defend

From six layers to a decision you can defend

The same layers, read the way enterprise teams read them when a market or site is on the table.

The same layers, read the way enterprise teams read them when a market or site is on the table.

EVALUATE

Site evaluation

Score every shortlisted site on the same six layers, so candidates are compared on identical evidence, not on who knew the area best.

IDENTIFY

Market potential

Read purchasing power and modelled mobility together to find where demand genuinely concentrates, not just where people live.

IDENTIFY

Market potential

Read purchasing power and modelled mobility together to find where demand genuinely concentrates, not just where people live.

OPTIMISE

Network planning

Balance and rationalise an entire network on catchments that line up region to region, on one consistent standard.

OPTIMISE

Network planning

Balance and rationalise an entire network on catchments that line up region to region, on one consistent standard.

VALIDATE

Defensible decisions

Back each call with documented source, method and date. Quicker sign-off, and a decision that still holds up a year later.

VALIDATE

Defensible decisions

Back each call with documented source, method and date. Quicker sign-off, and a decision that still holds up a year later.

WHY NOT STITCH IT TOGETHER

The data exists. Making it hold together is the work

Open data, GIS layers and bought-in dashboards each get you part of the way. The work is making them align, stay current and stay defensible, which is exactly what a standardized base removes.

Traditional GISBI dashboardsCleverMaps
CoverageLayers you assemble country by countryWhatever the dashboard vendor shipsSix layers to one European standard, nothing to reconcile
AlignmentClassifications you reconcile by handGeneric data you wire up yourselfModelled together, so the layers combine cleanly
UpkeepYou refresh and reconcile every sourceTied to the vendor's refresh cycleModelled, refreshed and quality-checked by us
DefensibilityHard to trace months after the decisionMethod hidden inside the toolSource, method and date recorded on every layer
Coverage
Traditional GISLayers you assemble country by country
BI dashboardsWhatever the dashboard vendor ships
CleverMapsSix layers to one European standard, nothing to reconcile
Alignment
Traditional GISClassifications you reconcile by hand
BI dashboardsGeneric data you wire up yourself
CleverMapsModelled together, so the layers combine cleanly
Upkeep
Traditional GISYou refresh and reconcile every source
BI dashboardsTied to the vendor's refresh cycle
CleverMapsModelled, refreshed and quality-checked by us
Defensibility
Traditional GISHard to trace months after the decision
BI dashboardsMethod hidden inside the tool
CleverMapsSource, method and date recorded on every layer
Six core layers built to one European standard: demography, modelled mobility, purchasing power, points of interest, competition and catchment areas. The base extends with your own data, partner feeds and specialist layers when a decision needs more.
50.1033, 14.4458 · DĚLNICKÁ HQ

30-MINUTE WORKING SESSION

Run it on a real market or site shortlist

Bring a market you're weighing or a shortlist of sites. We'll show you the six layers we hold for them (demography, mobility, spend, points of interest, competition and catchments), and how a team turns them into a decision.

CleverMaps footer visual for location intelligence and GeoDecision workflows

The GeoDecision platform
for the people who decide

CONTACT

CleverMaps, a.s.

Vídeňská 101/119

619 00 Brno, Czech Republic

© 2026 CleverMaps, a.s. · VAT CZ03728277

SOC 2 TYPE II · ISO 27001 · EU DATA RESIDENCY

CleverMaps footer visual for location intelligence and GeoDecision workflows

The GeoDecision platform
for the people who decide

CONTACT

CleverMaps, a.s.

Vídeňská 101/119

619 00 Brno, Czech Republic

© 2026 CleverMaps, a.s. · VAT CZ03728277

SOC 2 TYPE II · ISO 27001 · EU DATA RESIDENCY