The Verified Life Story project delivers proof to retail clients of the life story including origin, feed and medications (if any) consumed of the pig meat that they sell. The location data of pig ear tags can be verified using a blockchain and the data is
made accessible to the end consumers via QR codes on the packaging. The system is piloted on a farm in the East coast of Ireland.

VIDA analyses a set of EO information layers derived from both Sentinel-1 and -2 satellite imagery, publicly available EO layers and household survey data in combination with machine learning-based algorithms to estimate demographic, economic and growth indicators of the village level to enable microgrids site identification. It reduces the need to conduct timeconsuming and expensive on-ground surveys to locate potential sites. The tool can be tailored to any village in the world as well as to different microgrid technologies such as solar, biomass or hydro powered microgrids.

Remote sensing (from satellites and drones) based Digital Twin for forestry operations in two service levels: a) 'Monitoring’ service supporting forest operations to manage their whole field data in a concise and very easy to use way, accessible by mobile phone in the field and by computer in the office, and b) ‘MonitoringPro’ service allowing forest operations to identify individual trees affected by bark beetle and other stressors (e.g. drought) on a broad scale.

Ongoing worldwide trends such as intensified global traffic of people and goods, climate change and changing land development patterns increase the risk for the introduction, establishment and/or spread of diseases. Of these, vector-borne diseases (i.e. diseases transmitted by mosquitoes, ticks, etc.) are prime candidates due to their strong link with the environment and the ability to expand rapidly across natural boundaries. 

VARESAS is a concept of a remote support solution that will use newest innovative technologies such as Augmented or Virtual Reality, integrated with Earth Observation data.

Especially for remoted areas and time critical coordination activities, e.g. in the context of disasters or major accidents, VARESAS generates up-to-date situational awareness information for decision makers and is designed to support rescue teams.

The Tracksat project aims at developing a tracking service for drone operators and other aerial vehicles subject to accidental landings. The starting-point is a 2G-only device that is used for Beyond Visual Line of Sight (BVLoS) operations. By introducing a satcom link, drones and other aerial vehicles can be recovered from areas outside the coverage of terrestrial

ALEEGO is a B2B platform that matches customers requiring drone inspection services with qualified UAV (Uncrewed Aerial Vehicle) pilots. The matchmaking, flightpath generation and approval, and post-processing of the retrieved data is managed using the platform. ThermAleego proposes to develop post-processing software to analyse thermal imagery derived from inspections of the infrastructure belonging to energy sector stakeholders.

TeleCense offers services of population growth, density, migration estimation and monitoring in developing countries. The standard automated product uses Sentinel optical and radar data, the scope of this project is to develop advanced services addressing specifically the health insurance market using integration with other data sources including inputs from expert consultants.

The scope of the project is to deploy two services targeting the sustainable tourism while providing environment monitoring KPIs and forecasts for the tourism industry. The first service is aimed at supporting the decision-making process via the assessment of the environmental situation in key tourism areas. The second service is aimed at the quantification of the contribution of tourism and its responsibility to the environmental status on a given geographical area.

Streamsonde is proposed as the world’s lightest weather sonde, that can be launched out of airplane or balloon to measure atmospheric conditions off ground at unprecedented accuracy. The sonde carries also sensors for air quality measurements, as new technologies have become very light in the last years. Therefore, Streamsonde is able to measure not only the standard meteorological variables (e.g. pressure, temperature and relative humidity) but also additional air quality parameters (e.g. ozone, nitrogen dioxide) which so far require separate soundings.