SymbIoTe 2nd Open Call winners on-boarded: joint work started to enrich our IoT interoperation ecosystem!

Integrate Sharigo Taxi platform for sensor data sharing (accelerometer, GPS, microphone, gyroscope, etc.) with sensors addons from external platforms (e.g. air quality sensors and environmental sensors) interconnected via symbIoTe

GDi Ensemble for IoT can provide to the symbIoTe ecosystem information about locations of objects and sensors like mileage, fuel level, temperature, speed, engine status, and driver.

compliant platforms

Federate CeDInt-UPM platform with the symbIoTe platforms for the Smart Residence, Smart Building and/or EduCampus domains and add IoT objects obtained from Montegancedo pilots (CeDInt building and the Street Lighting infrastructure).

Make QR-Patrol Level 2 compliant within the EduCampus use case and create an IoT federation with the other platforms (KIT/IOSB/EDITA) to increase the security level of the campus community (students/teachers/researchers to send SOS alerts with accurate location or incident/damage  reports via smartphones)

Develop interworking between oneM2M and symbIoTe IoT platform for Smart Residence following symbIoTe federation approach. Make available a complete oneM2M-based IoT platform including both HW & SW

Integrate VizLore smart access control and indoor positioning into the overall EduCampus framework and enable joint validation and on-site demonstration at selected university campuses

A SymbIoTe Smart Space will be integrated and deployed in the ELIO gateway and the sensors and actuators will be extended with the SymbIoTe agent so that to become SymbIoTe L3 compatible. The platform will expose a set of resources at device level (e.g. for heating/cooling control, room monitoring, device status, etc.) and at gateway level (e.g. for energy saving measurements, statistics, etc.).

Make the  Nanoenvi IAQ system compatible with the symbIoTe ecosystem to give an open solution to air quality indoor measurement.

Make three types of gateways, used by ISTMOS, symbIoTe L3 -compliant. These gateways are used in the frame of an already running pilot “Certified product care”, with five participating locations and 11 gateways. They include NB-IoT device, Shield Deluxe, TI-Sensortag and Raspberry-PI3 gateway, TZONE, TZ-TT18.

Implementation of L3 compliance with symbIoTe platform, to enable discovery and sharing of connected devices and available services across the two vertical domains of Smart-Home and Smart-City environments.

IoT4Ed will be an Android app specifically aimed to educate secondary school students about the environment (more specifically air pollution) and inform them how they could potentially take simple measures to improve the air quality.

Implement a mobile application to measure the global comfort (e.g. speed of the wind, air temperature, relative humidity, noise) and the thermal and acoustic comfort of public spaces (e.g. degree of users’ satisfaction in relation to the environmental conditions like characteristics of the place and the activities that are being carried out).

Extend the existing service, namely Envi4All, that provides historical, real-time and forecast information on the air pollution levels in the context of Smart City services: expand its database and its geographical coverage also in areas where we do not provide data at the moment (e.g. Zagreb); use the Green Route Enabler to provide users with routing services based on the available air quality information.

Build a network of volunteers to monitor the air quality in the city of Zagreb and compile the data acquired from the volunteers to provide a detailed map of the town and the quality of air.

Support the trials for the Smart Mobility and Ecological Routing Use Case in the city of Porto with 10 university students who will carry the wearable sensors for air quality and 15-20 other students provided with a mobile application. The monitored locations are the ones closest to the university and the touristic centre (between Aliados, Clérigos and São Bento).