Know who walks in, when, and where they go
You measure online traffic by the second. In-store should be no different.
Most retailers know exactly how many visitors hit their website each hour, what each one looked at, and where they dropped off. The same retailers often know how many people walked into their stores yesterday – maybe. Footfall and heatmap analytics close that gap. They turn the store from a black box into something measurable, comparable, optimisable.
- Footfall by hour, day, week
- When are your peaks? When is staff over-rostered? Match shifts to actual traffic, not gut feel — most chains discover meaningful staffing inefficiencies on their first audit.
- Conversion rate per store
- Footfall × POS data = walk-in to purchase ratio. Spot underperforming stores before sales decline. Spot overperforming stores so you can copy what's working.
- Dwell time per zone
- Heatmap shows which zones get attention and which are dead. Re-merchandise based on real customer behaviour rather than store-walk impressions.
- Demographics (optional)
- Age range and gender distribution — anonymous, aggregate, GDPR-compliant. Useful for marketing alignment and store-format decisions.
- Store-to-store benchmarking
- Compare performance across the chain. Why does this store convert noticeably better than the one across town? Heatmaps and traffic patterns often reveal it.
- Campaign & rollout impact
- Did the storefront LED actually lift foot traffic? Did the new shopfront work? Real before/during/after numbers, not assumptions.
What the data tells you
- Staff planning
- Roster against actual hourly footfall — not weekly averages. Frees staff time at quiet hours, prevents queues at peak. Often pays for the system on its own.
- Store layout optimisation
- Dead zones become productive when you know they exist. Heatmaps reveal what 1,000 store walk-throughs never would.
- Marketing attribution
- Did the campaign lift in-store traffic? Did the new shopfront work? Connect marketing spend to footfall lift, not just final sales.
- Real estate decisions
- Footfall data builds the business case for or against a location, lease renewal, or relocation. Hard data when negotiating with landlords.
- Queue management
- Set thresholds — when entrance count exceeds a level for X minutes, alert staff. Avoid the queue forming before the manager notices.
- Beyond retail: corporate & venues
- Office occupancy patterns. Leisure park flow. Hotel lobby traffic. The same sensors and dashboards work in any space where people movement matters.
Where data changes the decision
Anonymous by design, not by promise
There’s a real difference between systems that “anonymise” face data after capture and systems that don’t capture identifiable data in the first place. We use ToF (time-of-flight) sensors that count silhouettes — no images, no faces, no individuals identified. No consent needed because no personal data is processed. We provide DPA and DPIA documentation for retailers that need it for compliance.
For demographic data (age range, gender), we use aggregate statistical methods that do not identify individuals. This is an optional add-on, not the default.
The setup
Software & integration
Dashboard:
web-based, multi-store
Reports:
scheduled email, CSV export
API:
connects to BI tools, POS
Integrations:
standard for retail BI platforms
Staff Planner:
optional add-on with auto-rostering inputs
Hardware
Sensors:
ceiling-mounted ToF (time-of-flight)
Coverage:
~25 m² per sensor (varies by ceiling height)
Privacy:
no faces stored, no individual tracking
Power:
PoE (power over Ethernet)
Mounting:
ceiling, discreet, 8mm profile
From first conversation to live in the lobby
- 01. Dreaming
- 02. Planning
- 03. Agreeing
- 04. Executing
- 05. Monitoring
- 01. Dreaming
- 02. Planning
- 03. Agreeing
- 04. Executing
- 05. Monitoring
Measure before and after
Every pattern you can see is a decision you can act on: staff scheduled to match real footfall, layouts that follow how people actually move, and campaigns you can prove worked.
Frequently asked questions
Is this really GDPR-compliant?
Yes. The sensors count and map movement without recording images or identifying anyone, so there is no personal data to store in the first place. It is anonymous by design, which
keeps you clear of GDPR concerns from day one.