Imagine if every satellite company had to build its own unique airport and control tower just to land its data. This project creates a shared digital hub where different satellite operators can plug in their systems using a common language. It allows users to shop for the best satellite images from various providers in one place, rather than visiting ten different websites.
Satellite operators face high costs and technical barriers when building mission-specific ground segments. There is a critical lack of interoperability between different suppliers, leading to expensive maintenance and operator retraining.
A prototyped federated environment and a Multi-mission Earth Observation Ground Segment Service Platform that allows different EO providers to collaborate via harmonized interfaces.
If you are a New Space startup dealing with high costs to build your own ground infrastructure — this project developed a Ground Segment as a Service (GSaaS) that lets you outsource your ground operations to reduce deployment expenses.
If you are an EO data provider dealing with limited market reach for your existing datasets — this project developed a federated environment that connects your infrastructure to a wider market of end-users.
If you are an imagery analyst dealing with fragmented data from different satellite constellations — this project developed an automated multi-mission service that combines heterogeneous datasets into one complex product.
It addresses high maintenance costs caused by obsolete systems and reduces the training costs required when operators switch between different satellite missions.
Yes, it is designed as a multi-mission ground segment that supports the heterogeneity of the New Space ecosystem through harmonized interfaces.
Based on available project data, the specific licensing terms are not disclosed, but the project focuses on creating a federated environment for collaboration.
The system solves the lack of interoperability between subsystems coming from different suppliers by using harmonized interfaces.
The project period runs from 2023-07-01 to 2026-06-30, suggesting the prototype phase concludes in mid-2026.
The consortium is heavily industry-driven with an 86% industry ratio, consisting of 6 companies and 1 university across 5 countries. The presence of GMV (a global leader in ground segments) and F6S (providing access to 1.5 million tech-startups) indicates a strong push toward commercial viability and rapid market adoption rather than pure academic research.
Contact GMV Aerospace and Defence SA regarding the GSaaS platform
Contact us to find partners for the LEONSEGS federated EO network.
