Skynopy deploys digital ground station in Kenya

Ground segment capacity remains unevenly utilized worldwide, with many institutional antennas operating below their technical limits. The SkyConnect Kenya project aims to address this imbalance by digitizing and commercializing an existing Earth observation antenna in Nairobi, Kenya. Skynopy, in partnership with Safran Space, has been selected under the FASEP – Digital Infrastructures program of the French Ministry of Economy, Finance and Industrial and Digital Sovereignty to implement the initiative.

From single-satellite use to shared ground infrastructure
The Kenya Space Agency (KSA) operates a 4.5-meter S/X-band Earth observation antenna installed at its Nairobi site. The antenna is currently dedicated to a single satellite, leaving significant excess capacity in terms of contact windows and processing capability.

SkyConnect Kenya is designed to transform this underutilized infrastructure into a node within Skynopy’s global ground station network. By integrating the Kenyan antenna into a commercial ground segment, the project enables third-party satellite operators to schedule passes and downlink data, increasing asset utilization without requiring new physical infrastructure.

This marks Skynopy’s first project conducted with a national space agency and the first integration of an institutional antenna into a commercial ground station network under its model.

Digital orchestration and virtualized signal processing
At the core of the deployment is Skynopy’s Ground Station Stack technology, which provides secure software-based orchestration of antenna operations. The system manages mission scheduling, pass execution and data routing through a controlled digital infrastructure.

Mission operations are supported by Safran Space’s virtualized ground solutions under the “Nuron” portfolio, including digitizers and virtual modems. These off-the-shelf components replace traditional hardware-defined signal chains with software-defined processing, enabling flexible configuration of modulation schemes and link parameters in S- and X-band operations.

Safran Space contributes expertise in digital signal processing for space communications, ensuring compatibility with satellite link requirements and maintaining signal integrity across the ground segment.

Cloud connectivity and geospatial data workflows
The architecture includes end-to-end cloud connectivity for transferring geospatial data from the ground station to satellite operator platforms. By routing payload data directly into cloud-based processing environments, the model reduces intermediate handling steps and supports faster integration into downstream analytics workflows.

For satellite operators, this approach simplifies access to African ground coverage while maintaining centralized mission management within Skynopy’s network. For KSA, it provides a mechanism to monetize unused antenna time by making excess capacity available to commercial customers.

Institutional-commercial partnership model
SkyConnect Kenya establishes a public–private partnership (PPP) framework in which a national space agency infrastructure asset is digitally integrated into a commercial service network. The collaboration combines Skynopy’s secure orchestration software with Safran Space’s virtualized ground equipment, both developed within the French industrial ecosystem.

The project is supported by FASEP (Fonds d’Études et d’Aide au Secteur Privé), a financing mechanism that backs French companies deploying strategic digital infrastructures in partner countries. The initiative was presented at the official FASEP Digital Infrastructure awards ceremony at Bercy, alongside other selected projects.

Replicating the model in underutilized ground segments
By demonstrating how an institutional Earth observation antenna can be virtualized and connected to a global commercial network, SkyConnect Kenya provides a reference architecture for other countries with excess ground station capacity.

If replicated, the model could improve utilization rates of existing antennas, strengthen local space ecosystems and support sovereign satellite connectivity strategies without requiring new ground construction. For satellite operators, it expands network diversity and geographic reach within a unified digital ground segment framework.

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