#artificialintelligenceinaction

GeoSpatial Intelligence

Artificial Intelligence solutions

Internet of Things for Geospatial Intelligence

The emergence of the Internet of Things (IoT) enables GeoSpatial Intelligence solutions, for anthropic and natural targets monitoring.
In fact, an increasing number of devices equipped with GPS and connected to the network are now available capable of measuring different physical and mechanical quantities such as:
– temperature
– humidity
– acceleration
– inclination

Geospatial intelligence
is a branch of artificial intelligence and a technical-scientific area used by big data analysts for the realization of solutions aimed at monitoring and geospatial analysis of effects, such as:
– the trend of landslides,
– structural stability of buildings,
– the slipping of faults

internet of things

GeoSpatial Intelligence, thanks to Internet of Things infrastructure for the detection and control, enables a better understanding, modeling and monitoring of natural and artificial ecosystems

The MAITAN Project

POR FESR-FSE CALABRIA 2014-2020

ASSE I – PROMOZIONE DELLA RICERCA E DELL’INNOVAZIONE

Obiettivo specifico 1.3 “PROMOZIONE DI NUOVI MERCATI PER L’INNOVAZIONE”

Azione 1.3.2 “SOSTEGNO ALLA GENERAZIONE DI SOLUZIONI INNOVATIVE A SPECIFICI PROBLEMI DI RILEVANZA SOCIALE, ANCHE ATTRAVERSO L’UTILIZZO DI AMBIENTI DI INNOVAZIONE APERTA COME I LIVING LABS”

The MAITAN project aims to develop a GeoSpatial Intelligence platform for automatic collection, analysis and monitoring of data related to natural and anthropic targets.

The project is a “Living Lab” initiative promoted by the Calabria Region in order to support the creation of innovative solutions to specific problems of social relevance, through Research and Experimental Development processes, and is based on the collaboration of two industrial partners and a research organization.

University of Calabria

Unical (DIATIC) will deal with the characterization of dynamic phenomena taking into account natural and structural targets

AlphaGeomega

Alphageomega will design and implement the Internet of Things infrastructure to support the project.


Revelis

Revelis will design and implementat an Artificial Intelligence and Big Data Analytics platform for GeoSpatial Intelligence

Applications

The Artificial Intelligence and Big Data Analytics platform will be validated in three application scenarios

Municipality of Mormanno

Monitoring of geological faults, in order to minimize the risks of hydrogeological instability

Municipality of Laino Borgo

Monitoring of erosive processes caused by the Lao river, in order to reduce critical issues in the presence of intense meteorological phenomena

Municipality of Laino Castello

Monitoring of buildings static stability, aimed at minimizing the risks and the availability of new tourist routes

GeoSpatial Intelligence platform advantages

Today, hydrogeological monitoring has the following limitations:

– Absence of digital tools for planning, development and conservation of the territory: often administrators have only a paper version of the regional risk cartography that is not updated and without details

– Poor effectiveness of the regional system provided by the Civil Protection in the management of alerts and emergency states

Well-tailored IoT Infrastructure

The IoT sub-system is “specialized” with respect to the hydrogeological and seismic problems to be analyzed

Decision Support

MAITAN provides dashboards for physical and mechanical variables monitoring, supporting users in defining risk containment actions

Security Protocols

The Artificial Intelligence platform can discover anomalous situations and send alarms to municipal representatives

Project Status

The project is composed by 6 workpackages

WP1
Project Management

WP 2
Requirements

WP 3
IoT Infrastructure

WP 4
MAITAN Platform

Design

Design

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