During the EU Space Week 2023, you will have the opportunity to discover cutting edge applications that use data from Galileo, EGNOS and Copernicus. Scroll down to get a small taste.
A dedicated demo day will take place on 8 November at 9:00 at the main FIBES Hall.
 |
GeodesyA drone navigation solution, based on a Galileo multi-constellation and multi-frequency receiver. |
 |
Suborbital MIURA 1: The first European private rocket by PLD SpaceMIURA 1 is a suborbital launch vehicle, privately developed in Europe. PLD Space designs the first space system to take your payloads into space and bring them back safely. We aim to push scientific research and technology development under microgravity conditions. |
 |
IWETTEUSPA-funded IWETT project supports the adoption of EGNOS in the inland waterway transport sector. It will conduct tests on the Danube River in Hungary, the Spree-Oder Waterway in Germany, and the Guadalquivir River in Spain. |
 |
QascomGalileo-enabled GNSS receivers which can be used in drones, trains, and space applications. |
 |
CORINE Land Cover & CORINE Land Cover +CORINE Land Cover is a pan-European land cover inventory with 44 thematic classes. CLC serves a multitude of users and has nearly limitless potential and actual applications, including environmental monitoring, land use planning, climate change assessments, and emergency management.
|
 |
European Ground Motion ServiceThe European Ground Motion Service (EGMS) uses Synthetic Aperture Radar Interferometry (InSAR) data derived from Copernicus Sentinel-1 to detect and measure ground movements across Europe with millimeter precision.
|
 |
My Ocean ViewerMyOcean Viewer is an online interactive tool that allows users to view oceanographic data, across the Blue (physical), Green (biogeochemical), and White (sea ice) Ocean with variables such as temperature, salinity, and sea level, for any region in the world. |
 |
VR: Currents of the Atlantic Meridional Overturning CirculationAn immersive experience that gives you a better understanding of the interaction between the ocean and the climate. |
 |
TRENIThe TRENI GNSS Receiver Platform provides a robust positioning and navigation solution for railways. It uses data from EGNOS while it leverages signals from multiple constellations, including Galileo. |
 |
e-GEOSApplication generating flood maps based on Copernicus data and services |
 |
Copernicus CO2M missionThe Copernicus Anthropogenic Carbon Dioxide Monitoring (CO2M) will be the first to measure how much carbon dioxide is released into the atmosphere specifically through human activity. |
 |
Copernicus Health HubThe Copernicus Health Hub collects and provides all the Copernicus environmental information that is pertinent to Health, following WHO definition: Physical, Mental and Well-being. The Health Hub is also supporting the users in better exploiting and uptake Copernicus data and products (via documentation, access to catalogues, and inspirational use case stories.) |
 |
Copernicus Arctic HubThe Arctic Thematic Hub will offer Arctic relevant data, products and information from all Copernicus services and components, and provides support to the EU Arctic Policy. The Hub builds on WekEO architecture and will collaborate with and capitalize on the “Copernicus window to the Arctic” from the H2020 Arctic PASSION project. |
 |
Copernicus Energy HubThe Copernicus Energy Hub aims to act as a single entry point for all the Copernicus datasets, products and information relevant to the energy sector, including production & planning, transmission & distribution, efficiency & emissions, consumption and others. The Energy Hub will also support users to better use and adopt Copernicus data and products, for example through documentation, access to catalogues and inspiring use case stories. |
 |
Copernicus Coastal HubThe Coastal Thematic Hub is a Copernicus web portal that provides coastal data and information. It includes interactive maps and offers Copernicus data to support evidence-based decision-making and sustainable management practices. |