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PROJECT SHOWCASES

LATEST PROJECTS

 

BROWSE PROJECTS

Based on user needs and industry skills, the evolution of customized solutions and the establishment of innovative services is accomplished through project activities. Focusing on various thematic areas, relevant information on the project activities is provided below.

FAMOS

Status date: 10 September 2020

The principal objective of the FAMOS project is to develop a comprehensive forest status monitoring system tailored to the requirements of commercial clients from the commodity sector, especially within the context of cocoa, palm oil, and rubber. Combining earth observation, IT technology and GNSS, the service supports target users by improving the efficiency of existing business processes.

GEO

Status date: 07 September 2020

The MIS Global Events Observer (GEO) applies accurate, real time intelligence of space-based and ground sensor data to teams working across the insurance cycle.  GEO offers unique opportunities for businesses to make informed decisions when selecting, pricing, monitoring, mitigating and assessing risks, and seeks to drive technology into traditional workflows to enhance policyholder service and deliver cost savings and time efficiencies.

P4D

Status date: 04 September 2020

Diabetes Management is a 24/7 job without any day off. Patients have to make countless decisions every day on nutrition, activity, and medication. Mistakes are heavily punished and can result in events of hypoglycemia and secondary diseases. Our app helps patients to make the right decisions for their diabetes management and to increase their time in healthy blood sugar target range.

WIS

Status date: 04 September 2020

WIS is creating an easy to deploy solution combining sophisticated global models, downscaled to regional areas, and fed by local IoT weather stations and Earth Observation satellite data, using machine learning techniques.This innovative solution intends to offer high resolution and accurate predictive indicators tailored to the customers in the countries currently underserved on climate services.

AGRONOBOTS

Status date: 04 September 2020

Agronobots will integrate computer vision, robotics, ML & AI and combine them with air and ground based robotic systems to develop a state-of-the-art fully automated solution for non-destructive, accurate, and rapid phenotyping of potato, broadacre and vegetable crops under field trials conditions, which will provide a step change over manually collected data by qualified technicians.

ARCAmarine

Status date: 04 September 2020

The goal of the study is to assess innovative solution(s) mitigating the cyber risks related to ship navigation and tracking,  specifically looking at GNSS on-board systems and (Sat)-AIS communications, which are critical to improve the safety of maritime navigation and the reliability of data for downstream services.

ICT4Forest

Status date: 24 August 2020

ICT4Forest is an integrated dynamic forest monitoring and management service allowing a frequent, reliable and harmonized update of diversified forest and Earth observation data on a dedicated IT platform developed by Wuudis Solutions Oy (Finland). SPACEBEL (Belgium) will perform satellite image interpretation monitoring activities to be integrated into the Wuudis platform using Artificial Intelligence (AI), free Sentinel and other satellite data, as well as available open data. The innovative system facilitates the day-to-day business for silvicultural operations and forest resource monitoring, helping forest sector stakeholders to increase their income while reducing operational costs.

SATWORK

Status date: 24 August 2020

SATWORK is a tool able to monitor the health status of workers in a company and to mitigate health risks at work, such as for Coronavirus. At the same time, this tool can help companies to define a new internal “welfare”, compliant to a reasonable social distancing mood and to the privacy needs of workers, which will be different based on their age and pre-existing health conditions, as well as based on the nature of their job.

SEED

Status date: 24 August 2020

An advanced AI enabled satellite-based data powered software solution for renewable energy production forecasting including solar and wind energy

SENECA

Status date: 24 August 2020

SENECA (Space Enabling blockchaiN for Emobility appliCAtions) aims to provide blockchain-enabled services to manage the energy flow between e-vehicles and the grid using space-assets. The goal of the services derived from this kick-start, is to allow in the future users to perform energy-transactions in a secure and agile blockchain environment, where smart contracts will enable the utilization of e-vehicles battery in relationship with renewable energy availability, facilitate e-vehicles fleet management needs, and finally support the electrical grid necessities.