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Smart Vision for fuel stations

Forecourt, shop and services managed on real traffic

VIDEO.MA measures vehicle flow, lane occupancy, pump waiting times and footfall in the shop and service areas. Where feasible, this data can be matched with sales from your POS system. Equipment placement is studied with the operator, in compliance with ATEX zones.

Zone ACounting linevehicle #3vehicle #8vehicle #11CAM 01Count100Occupancy63%
Illustration — fictitious demo data

What it is costing you today

Free audit

How many vehicles fill up without coming into the shop?

Forecourt traffic and shop traffic are rarely compared. Measuring both shows when the potential for additional sales is going untapped.

How many drivers move on when they see the pumps are full?

A motorist who does not stop for lack of a free pump leaves no trace at the till. Measuring forecourt occupancy and waiting by time slot helps adapt organisation at busy hours.

Do your extra services earn as much as the space they take?

Car wash, air and service areas take up space and staff time while their usage stays unknown. Measuring real usage helps decide where to invest and what to reorganise.

Fuel Stations

Industry challenges

01

Vehicle flow poorly understood

The number of vehicles entering the station per time slot is often estimated rather than measured.

02

Pump queues at peak times

Queues build on some lanes while others stay free, which can cause customers to drive away.

03

Unknown shop visit rate

It is hard to know what share of forecourt customers visit the shop, and when.

04

Ancillary services barely tracked

Occupancy of car-wash, air and vacuum areas is rarely measured, limiting service optimisation.

VIDEO.MA

What VIDEO.MA delivers

Vehicle counting

Per project

Counting of vehicles entering and leaving the station, by time slot and by type where the layout allows.

Lane and pump occupancy

Per project

Occupancy of each lane or island and identification of underused lanes.

Pump waiting time

Per project

Estimated number of waiting vehicles and waiting time before service, per lane.

Shop footfall

Per project

Anonymous counting of shop entries and occupancy by time slot.

Service-area occupancy

Per project

Occupancy and usage duration of car-wash, air and vacuum areas.

POS sales correlation

Feasibility study

Correlation of measured footfall with actual sales from the POS system, depending on available interfaces.

Automated station benchmarking

Coming soon

Automated comparison of indicators across a station network, planned for the future SaaS platform.

Example metrics

  • Vehicles per time slot

    Video data

    Vehicles entering the station per time slot.

  • Lane occupancy rate

    Video data

    Share of time each lane is occupied.

  • Average pump waiting time

    Video data

    Estimated average wait before service, per lane and time slot.

  • Shop entries

    Video data

    Aggregated shop visitors per time slot.

  • Shop and fuel sales

    Business integration

    Revenue and volumes from the station’s POS or management system.

  • Shop conversion rate

    Video + business data

    Ratio of measured shop entries to the number of POS receipts.

Dashboard preview

Dashboard · Station — Today’s activityDemo data

Vehicles entered

1,184

Avg. pump wait

2 min 40 s

Shop entries

356

Car-wash occupancy

61%

Activity per hour

Events

  • Queue > 3 vehicles — Lane 2
  • Lane 5 idle for 45 min
  • Shop occupancy > 80% — 18:10
Illustration — fictitious demo data

Deployment approach

  1. 1

    Audit and feasibility study

    Station visit with the operator, survey of lanes, shop and services, identification of ATEX zones and possible equipment locations.

  2. 2

    Zone and indicator configuration

    Definition of entry counting lines, lane, waiting and shop zones, and scoping of any POS integration.

  3. 3

    Pilot

    Go-live on part of the forecourt and the shop, with counting accuracy checked by day and by night.

  4. 4

    Rollout and follow-up

    Extension to the whole station or network, periodic reporting and maintenance.

Prerequisites, limitations and privacy

  • ATEX zone constraints must be respected: the location and type of each device are studied with the operator and its safety officers.
  • Alerts never replace certified fire detection, emergency shutdown or station safety systems.
  • Video indicators (flow, waiting, footfall) are distinct from actual sales, which can only come from the integrated POS system.
  • No licence-plate reading or customer identification is offered as standard; the operator remains responsible for Law 09-08 formalities with the CNDP, with possible support from VIDEO.MA.

Frequently asked questions

Can equipment be installed near the pumps?

Forecourts include ATEX zones subject to strict rules. Camera and processing-unit locations are therefore defined with the operator, usually outside classified zones or using suitable equipment.

Can counts be linked to sales?

Yes, if the station’s POS or management system provides a usable export or interface. This integration requires a specific study, as it depends on the software in use.

Does the system detect fires?

That is not its purpose. Fire safety relies on dedicated certified systems, which VIDEO.MA analytics never replace.

Are measurements reliable at night?

Stations are generally well lit, which helps. Night-time accuracy is nevertheless checked during the pilot, particularly with regard to headlight glare.

Have a project in this industry?

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