Indoor navigation systems (aka indoor positioning systems) are very similar to RTLS solutions but with a different goal: to enable users to find their way inside buildings or facilities where GPS signals are weak or nonexistent. It can then project those locations on a map showing the tracked assets. Server: as this central backend system receives information from the receivers, it uses it to approximate the location of the moving beacons. Receivers (aka readers or locators): stationary Bluetooth devices (i.e., anchors) that relay information about the moving beacons via ethernet, Wi-Fi, or cellular up to a central server. Transmitters (aka tags): typically moving beacons that are attached to the assets being tracked. In the asset tracking scenario, you have three distinct components: Consider scenarios like nurses locating medical equipment in hospitals, keeping track of the locations of high-value manufacturing assets throughout the supply chain, or locating specific pallets within a warehouse. Asset TrackingĪsset tracking with RTLS allows for real-time monitoring and management of movable assets in many environments. It uses a combination of wireless communication, sensor networks, and data processing to approximate an object’s location – and sometimes – direction.
Real-time location systems – or RTLS – can be used to identify and track the location of objects in real time.
That’s where real-time location systems come into play, specifically Bluetooth-based systems utilizing RSSI and/or Bluetooth Direction Finding. In today’s interconnected world, the ability to track and monitor assets and people in real-time has become increasingly important.
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