GNSS Outdoor Locationing System COGNITIVE PARK

COGNITIVE PARK

CO-FINANCED BY: RAISE - NextGenerationEU

(CUP J53D23019990005)

Study and development of a geofence system for outdoor environments composed of a wearable device and an IoT platform. The building of the system involves the choice of the wearable device and the development of algorithms and firmware that satisfies the following points:

GNSS localization: : locate the child inside the park with an accuracy / precision varying between 2 and 8 meters using GNSS technology
Risky or dangerous areas: implementation within the wearable device the management of polygons (called zones or prohibited areas) composed of points georeferenced in decimal terrestrial coordinates
Local alarms in real time: implementation within the wearable device of an algorithm that allows you to calculate, in real time, whether its position is within one of the risk areas and to generate local warnings to the device by means of sound/visual and vibrating feedback
Real-time alarming: generation of alarm messages via platforms such as Telegram and WhatsApp, sending SMS and calls to the parents' telephone number if the child's location is within one of the risk areas
API: HTTPS API implementation for exporting all localization and safety events to the IoT platform
Events storing: all geo fence events must be stored inside the IoT Platform

Smart Track’s role

Within the Cognitive Park project, Smart Track is involved in the study and development of a geo fence system for outdoor environments composed of wearable devices to be given to children in order to activate a real-time alarm message to parents when their locations are located within risk areas such as lake perimeters or cliffs.

The system designed and developed thanks to COGNITIVE PARK will allow Smart Track to move the concept of safety from the complex indoor environments in which it has already been a leader for several years such as steelworks, production sites, foundries to outdoor ones, taking advantage of pre-existing infrastructures such as GNSS and precision GNSS technologies.