SciTransfer
Organization

SODERN SA

French space optics company building satellite payloads, optical data highways, and sensor systems for on-orbit servicing.

Large industrial companyspaceFRNo active H2020 projects
H2020 projects
3
As coordinator
1
Total EC funding
€2.0M
Unique partners
20
What they do

Their core work

Sodern is a French space technology company specializing in optical instruments and sensors for satellites, including star trackers, Earth observation payloads, and optical communication systems. Within H2020, they contributed expertise in photonic payloads for telecom satellites, software-defined optical data relay networks, and robotic orbital servicing systems. Their work spans the full chain from precision optical hardware to the software and algorithms that control space-based sensor and communication platforms.

Core expertise

What they specialise in

Space optical instruments and photonic payloadsprimary
2 projects

OPTIMA focused on photonic payloads for telecom satellites; SODaH developed software-defined optical data highways for space communication.

Satellite optical communication systemsprimary
1 project

SODaH (coordinated by Sodern) developed a software-defined space optical data highway, demonstrating their leadership in optical inter-satellite links.

On-orbit servicing and space roboticsemerging
1 project

EROSS addressed robotic orbital support services including spacecraft servicing, refueling, debris removal, and orbital transfer using sensors, actuators, and algorithms.

Space sensors and algorithmssecondary
1 project

EROSS project required sensors, actuators, and software/algorithm development for autonomous or semi-autonomous orbital operations.

Evolution & trajectory

How they've shifted over time

Early focus
Photonic satellite payloads
Recent focus
Orbital servicing and space robotics

Sodern's H2020 trajectory shows a clear expansion from passive optical hardware toward active space systems. Their earliest project (OPTIMA, 2016) focused squarely on photonic payloads for telecom satellites — core optical instrument work. By 2018-2019, they moved into software-defined optical communication networks (SODaH) and then robotic orbital servicing (EROSS), indicating a strategic shift toward more complex, integrated space systems that combine their optical sensor expertise with software, autonomy, and in-orbit operations.

Sodern is moving from pure optical instrumentation toward integrated in-orbit service systems — a high-growth segment as European space agencies invest in debris removal and satellite life extension.

Collaboration profile

How they like to work

Role: active_partnerReach: European9 countries collaborated

Sodern operates as both a project leader and a specialist contributor, having coordinated SODaH while participating in two other consortia. With 20 unique partners across 9 countries from just 3 projects, they work in mid-to-large European consortia rather than small bilateral teams. This breadth of partnerships suggests they are a well-connected industry player comfortable integrating into diverse international groups.

Sodern has collaborated with 20 distinct partners across 9 European countries in just 3 projects, indicating they are embedded in the broader European space industry ecosystem with wide geographic reach for a company of this project count.

Why partner with them

What sets them apart

Sodern brings a rare combination of precision optical instrumentation heritage and growing capability in autonomous orbital systems — two fields that are converging as Europe builds out its in-orbit servicing infrastructure. As a large private company (not an SME), they offer industrial-grade reliability and production capacity that research institutes cannot. Their coordinator experience on SODaH shows they can lead, not just contribute, making them a strong anchor partner for space-oriented proposals.

Notable projects

Highlights from their portfolio

  • SODaH
    Sodern's only coordinator role, largest single EC contribution (EUR 1.17M), and a forward-looking topic — software-defined optical data relay in space.
  • EROSS
    Part of Europe's push into robotic on-orbit servicing including debris removal and refueling — a strategically important and rapidly growing space domain.
Cross-sector capabilities
Telecommunications (optical satellite communication for data relay networks)Robotics and autonomous systems (sensors, actuators, algorithms for orbital servicing)Environmental monitoring (satellite-based Earth observation instruments)Defence and security (space situational awareness, debris tracking)
Analysis note: Profile based on only 3 H2020 projects with limited keyword data (keywords only available for EROSS). Sodern is a well-known space optics manufacturer, but the H2020 dataset alone provides a narrow window into their full capabilities. Early-period keyword data was empty, so the evolution analysis relies primarily on project titles and dates.