Tuesday 25 October 2016 | RSS



    Danish city installs Bluetooth and WiFi sensors to track shopper behaviour

    BlipTrack caputures shiopper behaviour at Christmas market

    KEEPING TRACK: Aalborg is using Blip Systems’ technology to monitor shopper behaviour at its annual Christmas market

    The Aalborg City Business Association has installed sensors in pedestrian areas of the Danish city to track visitor behaviour using a Bluetooth and WiFi technology platform provided by IT company Blip Systems.

    The BlipTrack platform is being used to monitor real-time pedestrian flow, visitor dwell time and movement patterns from the moment they enter an area to when they leave. It can identify the number of people, where and when they shop. It can also be used to monitor the impact of large events such as this month’s annual Christmas market.

    “BlipTrack works by detecting Bluetooth and WiFi devices in the proximity of a BlipTrack sensor,” the company explained to NFC World+. “A device can be a mobile phone, tablet, IVI system, laptop and more. Each device has a unique MAC address which is assigned to the device during manufacturing and cannot be modified.

    “MAC addresses do not link to any individual user data, thus personal information is not revealed. As a pedestrian, cyclist or car passes a sensor, the MAC address, when enabled, is matched between sensors to provide origin and destination data as well as journey time. In the case of the Aalborg City Business Association, seven sensors have been mounted, but in the Aalborg municipality, around 75 sensors have been placed.”

    “These sensors measure journey times and flow on the highway, port and airport,” Blip continued. “In the case of the Aalborg City Business Association, an agreement of four years has been made.”

    The collected data will be used by the municipality for urban development and to optimise the flow of cars and people in and around the city. BlipTrack is also being used internationally in railway stations, for road traffic and in airports including Amsterdam Schiphol, Toronto Pearson, Dubai International and Manchester Airport. This is the first time, however, that the technology has been used to measure, optimize and improve the layout of a town centre.

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