Tracking of Goods in Logistics

Using a tailored tracking solution, companies can maximize warehouse operations, finding ways to improve order picking accuracy and efficiency.


  • server-based localization of boxes
  • height determination based on measurement of pressure differences
  • location overview on digital map


Warehouses are the heart of supply chains across the world. Consequently, it is crucial that managements keep their warehouse organizations operating in an environment that is as efficient and error-free as possible. Inefficient warehouse operations are associated with the emergence of unnecessary costs and/or delays. Pickers take longer to find items, slowing down the loading process and weakening overall labor productivity.


Thanks to a tailored tracking system, warehouse managers can make great strides in improving visibility and functionality. At any time, the exact location of goods can be viewed in real time on a digital map. Thanks to a special localization method utilizing Angle of Arrival (AoA) technology and barometric pressure sensors, the localization is so precise that not only the shelf, but also the exact rack position in which an item is located can be determined.

The solution helps to improve the processes that workers use to move about the facility and pick items. Using this system enables revealing empty shelf spaces and supports pickers in making optimal route and picking order decisions. In this way, workers can save time and increase pick rates.


isometric tracking of goods in logistics EN
3D Infographic: Tracking of Goods in Logistics

infsoft Locator Nodes AoA are installed throughout the warehouse. Boxes are equipped with Bluetooth Low Energy (BLE) beacons with an integrated barometric pressure sensor. The infsoft Locator Nodes AoA detect incoming signals from the beacons and submit the scan data to the infsoft LocAware platform®. Here, the position of the beacon is computed and transferred to an output medium or an ERP system. Based on the angle and distance determined, it is possible to calculate the position with an accuracy of 1 to 3 meters. The pressure sensor allows for a determination of the height of the rack space. This method enables a 3D localization that is a favorable alternative to a high-precision Ultra-wideband based system, providing much lower costs per asset and a high scalability and portability. Using a mobile app or a browser application, employees can access the position data and see the location of the goods on a digital map.

If desired, it is also possible to realize a client-based positioning of the forklift drivers. In this case, the driver’s mobile device detects Bluetooth signals from the infsoft Locator Nodes. The position is calculated and displayed on the smartphone. The driver receives turn-by-turn directions and, if necessary, messages concerning his route.

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A great introduction to the topic of indoor positioning