This project aims at demonstrating a proactive monitoring and
assessment of oil slicks service for offshore oil activities. The
proposed solution exploits Earth Observation and Navigation
space assets to provide offshore Oil & Gas operators with a
system to enhance their situational awareness by detecting the
presence of pollution slicks and correlate their position and timings to rigs, vessels or other infrastructure. The expected
benefits for Oil & Gas companies are savings due to more

NHSpace is aimed at developing an online application allowing
to analyse a range of geospatial data targeting health
inequalities by combining a variety of ground and space
datasets with advanced analytics. This allows users to gain
insights on population demographics and better understand
correlations to the risk factors causing health inequalities at a
community level. The outcome allows more informed decisions
on the allocation of resources and time to those who need it
most and assist in policy and strategy decision making to

The micro weather service (MW Service) main purpose is to
overcome the limitations of the present weather forecasts used
in aviation by providing high resolution “nowcasts”. The new
service enables significantly improved alertness and situational
awareness increasing the effectiveness of the local Air Traffic
Control (ATC) and Air Navigation Services (ANS) operations.
In general, it caters for a significantly improved airport
throughput simultaneously improving the air traffic safety.
Additionally, MW Service uses the aircraft position and

MEDICOAMICO is a new App Khymeia allowing medical staff, wherever it is, to monitor their patients at home, to make teleconsultations and to deliver telerehabilitation sessions. The patient simply needs to download MEDICAL AMICO on their smartphone, tablet or PC, to be constantly monitored by the

To establish Live Land as pre-operational service platform that will monitor and forecast landslide and subsidence events that could impact transport infrastructure and will alert geotechnical asset management teams accordingly.

Lifesaving Location Service (LifeLoS) is a new operational service that can be used by any hospital, nursing home, or home care service to track and trace ‘free-to-move’ patients and other relevant people in indoor and outdoor spaces. The service combines wearable devices, mobile devices, or sensors with outdoor and indoor geolocation capabilities. The main objectives of the LifeLoS activity are to develop and integrate the system, to install the indoor hardware, and test the communication protocols. This is followed by a pilot trial with validation by pilot users.

The proposed activity aims to deliver a service platform capable of supporting local government in the prevention and response to disaster and illicit activities. IMMAGINA combines aerial monitoring solutions and space assets with 5G-enabled cloud computing and modelling software.

Design, development, implementation and pre-operation of a trading platform and auxiliary services/systems for commercialising fresh fish/seafood whilst still at sea. Such platform will provide a semi-direct connection between fisheries and fish wholesalers at European level.

HeReMo is a telemedicine service helping remotely monitor patients staying at home with chronic clinical conditions, and therefore ensure a continuity of care. The service aims to prevent these already fragile patients from getting affected by COVID-19, which would consequently lead to an overload of
the healthcare system. The service has also an epidemiological component, which shall support healthcare authorities to deliver advice to fragile patients and prevent them from being exposed to areas at risk (e.g. pollution).

ForEOSt aims to promote easy access and appropriation of EO data, to ensure visualisation of EO products through integration into thematic/business platforms, to enable the production of forest services over large areas in the most automated way possible, and to allow monitoring of changes in the forest over time, such as deforestation or afforestation, and impacts on the forest such as drought or pests. ForEOSt is based on a combination of Sentinel-2 data and Very High Resolution (VHR) data.