Cameras capture video footage, which software then analyses to identify and count people. This method is highly accurate and can provide additional information such as demographic data.

They transmit and receive electromagnetic waves to detect people’s movement. Because they do not capture personal data such as images or video recordings, they reduce the risk of privacy violations.

They measure the body heat of people passing through a space. They are accurate and can operate under different lighting conditions.

They transmit and receive ultrasonic waves to detect objects and measure distance.

This refers to the use of digital technologies to monitor, control and optimise the movement and flow of people, vehicles or materials within an area.

A smart queue management system reduces the time customers spend waiting, providing the most efficient customer service and increasing sales.

Counting pedestrians, cyclists and cars for more effective infrastructure planning and smart city services.

With shopping centre traffic counters and the analytics they provide, centre managers can shape each visitor’s journey if they have the necessary data about behavioural triggers. Measuring visitor traffic in each space helps determine its rent and justify its value to tenants.

Advanced visitor analytics can accurately predict peak seasons, providing strategic insights for planning and allocating resources. These insights help hotels proactively manage periods of high demand by replenishing stock, optimising staff schedules and running targeted advertising campaigns. The result is a smooth and pleasant guest experience during busy seasons.

Equipping car parks with parking sensors provides greater control and visibility over parking areas.

Analysing customer traffic in physical shops helps identify peak hours, allowing staff numbers and advertising campaigns to be adjusted effectively within a given time frame.

Visitor counting solutions in hospitals support strategic decisions about cleaning, staffing and resource allocation. In addition to overall efficiency, energy costs are also significantly reduced.

Real-time tracking of cargo and stock, optimisation of delivery routes and reduction of delays.

Monitoring the movement of materials and products within production facilities. Using automated warehouses and transport systems to increase productivity.

Automated systems for counting passengers, cyclists and vehicles on streets to support informed infrastructure decisions as part of smart city planning.

Our own software connects devices, enables remote management and analyses the data collected. Adin DSMA (Digital Signage Management Application) is a software solution that lets users control a system of digital devices, including sensors and traffic counters. The centralised system enables remote management, playback and analysis of the data collected.

The people-counting sensor is fully compliant with the GDPR – privacy is ensured through anonymous counting, with faces or other personal data never recorded. It protects customer privacy while providing valuable business insights.

By installing a display at the busiest crossing point near the stairs or lift, we aim to encourage employees (and visitors) to use the stairs as much as possible (instead of the lift) through engaging and attractive content.

Motivational graphics and interesting facts about walking will attract passers-by. A camera counting people using the stairs will make it possible to display the actual number of stair users and encourage others to use them too.

Walking up stairs requires up to nine times more energy than sitting or up to 7x more than taking a lift.

Just seven minutes of walking or running on stairs per day halves the chance of a heart attack over a period of 10 years.

Hooray! Take the stairs instead of the lift and notice the difference! Stairs are great!