The Thingsquare IoT system uses unique technology based on encrypted Bluetooth beacons to detect nearby devices. We call this technology Proximity control.
Other technologies often make it tricky to find and interact with nearby devices. The user is typically required to enter or scan codes, or do other configuration to connect their smartphones with things.
Unlike existing solutions, the Thingsquare IoT platform does not require configuration to connect things with smartphones -- nearby devices quickly pop up in the user's smartphone, ready to be used.
Proximity control allow users to quickly find and interact with nearby devices with their smartphones.
Proximity Detection and Access
A nearby device is quickly detected by the smartphone app, typically within one second. Once the presence of the device has been detected, the user may interact with the device and access data produced by it.
The user may access the device only if the user has the credentials needed to access it. Users have different access levels that depend on in which situation proximity control is being used. In a wireless lighting system, only the installation personnel may alter characteristics of a device, but any user that are nearby a light may set the dimming level. Access control is determined by who is currently logged in to the smartphone app that accesses the device.
The technology behind proximity control is a combination of Bluetooth Low Energy (BLE) and IPv6 meshing (6lowpan). BLE is used for the detection of nearby devices and 6lowpan for the secure data transmission and control.
Moving out of Range
When a device moves out of range of the smartphone app, the device will no longer be accessible. The device will be available again if the smartphone is in range of the device.
Proximity Control in Large-scale Installations
When installing large-scale wireless systems, such as industrial lighting systems, proximity control plays an important role.
Before installing a lighting system, the lighting designer makes a lighting plan. The lighting plan shows where each invidiual light source should be placed to acheive the desired level of lighting.
Light planning software also provides a light simulator, showing exactly what to expect in terms of light levels after the light sources have been installed.
The traditional way of installing a wireless lighting system is to first give each light source a number according to the light plan and then have the installation team carefully place each lamp its location in the map. This requires coordination between the installation peronnel and the light planner and makes alterations after the fact difficult.
With proximity control, the numbering of the individual lamps can be skipped. Instead, the lamps and their locations are quickly found by walking aronud the installation site after the lamps have been installed. The installation personnel can just install the lamps without worrying about that the right lamp is placed at the right location. As long as there are lamps at the right locations, the proximity control mechanism will correctly identify each lamp.