Copernicus Demonstrators - Mobility, Emergency and Infrastructures

Copernicus Demonstrators - Mobility, Emergency and Infrastructures is an EUSPA-funded project to analyze and assess the technical feasibility of five innovative proof of concepts and to technically demonstrate the selected proof of concepts using Copernicus data and services to show the benefits of such data and services in the operational environment of users.

The Copernicus satellite constellation, a critical component of the European Union’s Space Programme, provides comprehensive, free, and open-access data and services across various thematic areas, including Land, Marine, Atmosphere, Climate Change, Emergency, and Security. To enhance downstream and commercial uptake of these services, EUSPA is supporting a project aimed at demonstrating innovative Proof of Concepts to broaden its user base through new applications.

OHB Digital Services has been commissioned to lead the project, which is executed in two phases: Phase 1 involves the technical feasibility assessment of five Proof of Concepts, while Phase 2 focusses on the development and technical implementation of three selected concepts.

Description:

Geoanalytics

Customer:

EUSPA

Links:

Phase 1

Study on technical feasibility and commercial viability of innovative Copernicus demonstrators in 5 Proof of Concepts (POCs)​:

  • POC 1 Aircraft Emission Measurement and Monitoring
  • POC 2 Emergency Preparedness and Early warning of Floods
  • POC 3 Autonomous Navigation and Ship route optimization
  • POC 4 Smart mobility and Autonomous cars
  • POC 5 Infrastructures monitoring​​

The project consortium for phase 1:

OHB Digital Services

Proof of Concept 5: Monitoring historical, current and forecast rail
temperature data to improve the rail infrastructure.

Proof of Concept 1: Monitoring sulphur dioxide (SO2) and nitrogen dioxide (NO2) concentrations around
major European airports at higher spatial resolution to support sustainable aviation practices.

Proof of Concept 2: Flood risk assessment by integrating high-resolution Copernicus data with hydrological and hydraulic models for accurate risk assessment for user-defined assets.


Proof of Concept 3: Evaluation of the impact of biofouling on shipping
routes, emissions, fuel consumption and hull cleaning costs in order to optimize operations and reduce environmental impact.

Proof of Concept 4: Efficient route planning
for sustainable mobility using global data to optimize travel
routes, reduce environmental
pollution and congestion and promote environmentally friendly transport solutions.

Support all Proof of Concepts through consulting and business analysis and lead the recommendation process of 3 Proof of Concepts for Phase 2.

Acknowledgement:

Copernicus Demonstrators - Mobility, Emergency and Infrastructures is carried out under a programme of and funded by the European Union Agency for the Space Programme

The logo of the European Union Agency for the Space Program

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Copernicus Demonstrators - Lot 1 is carried out under a programme of and funded by the European Union Agency for the Space Programme