MeshIPS uses Wirepas Mesh to provide scalable and cost-effective solution to connect and localize BLE tags and sensors. Its unique low-power mesh operation allows to create fully
battery-operated networks having years of battery lifetime.
This solution offers an easy to install and scalable location system for a wide range of applications (e.g. warehouses, hospitals, ...), consisting of a cable-less infrastructure for asset tracking
without any complex planning or cabling cost.
The 5-5-5 solution delivers typical performance of 5 meters accuracy, 5 minutes location interval and 5 years of battery lifetime with the lowest
infrastructure cost on the market.
Communication and positioning infrastructure is entirely based on Wirepas mesh network. This implies that no additional communication infrastructure is required (e.g., LAN, WLAN, …).
Moving tag signal power to nearby anchors is computed and forwarded, through the mesh network, to the mesh gateway (sink of the network). Depending on the size of the network, more than one mesh
gateway can be required.
Mesh gateway is directly connected to a local server where the Mesh Positioning Engine (MPE) is installed. MPE integrates algorithms based on trilateration, that allows to compute tag
position from RSSI information from each anchor.
MPE provides REST APIs in standard JSON format, that allows to get tag(s) position in real time.
Typical positioning accuracy around 5m . Accuracy depends on the density of anchor nodes and usually ranges from 1/3 to 1/2 of anchor inter-distance.
Location update rate of a few minutes (3 minutes or more). Tipyical use cases for MeshIPS are those where real-time position is not required: But positioning rate can be increased to
seconds in case of specific events (button pressure, accelerometer trigger).
MeshIPS is easy to integrate into existing systems with pull APIs, that offer standard JSON/REST format.
Battery-powered anchors: completely cable-less infrastructure reduce hardware, installation and maintenance costs.
Battery-powered tags: operating life-time can be increased to years by increasing the location update interval.