SciTransfer
Organization

INNOVATIONSGESELLSCHAFT TECHNISCHE UNIVERSITAT BRAUNSCHWEIG MBH

German university spin-off SME specializing in satellite swarm systems, spaceborne data processing, and autonomous aerial monitoring for environmental applications.

Technology SMEspaceDESMENo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
2
Total EC funding
€1.3M
Unique partners
21
What they do

Their core work

iTUBS is the innovation and technology transfer company of TU Braunschweig, one of Germany's leading technical universities. They specialize in satellite systems, spaceborne sensor networks, and autonomous aerial monitoring for environmental and maritime applications. Their work bridges university research and commercial space technology — developing satellite swarm architectures, high-speed satellite data processing chains, and unmanned aerial systems for coastal surveillance. As an SME spin-off of a major research university, they translate academic space engineering expertise into fundable, application-ready projects.

Core expertise

What they specialise in

Satellite systems and swarm architecturesprimary
2 projects

Coordinated both S3NET (satellite swarm sensor networks) and S4Pro (scalable satellite processing), indicating core competence in multi-satellite system design.

Satellite data processing and high-speed chainsprimary
1 project

S4Pro focused specifically on smart and scalable high-speed processing for satellite data, suggesting operational expertise in ground segment and data pipelines.

Autonomous aerial systems for marine monitoringsecondary
1 project

Participated in MarineUAS, an MSCA training network on autonomous UAVs for marine and coastal monitoring.

Environmental remote sensingemerging
2 projects

S4Pro is tagged under Environment sector, and MarineUAS addressed coastal monitoring — together pointing toward Earth observation applications.

Evolution & trajectory

How they've shifted over time

Early focus
UAV and satellite sensor networks
Recent focus
Scalable satellite data processing

iTUBS started with participation in a training network on autonomous UAVs for marine monitoring (MarineUAS, 2015), then moved into a leadership role coordinating satellite swarm networks (S3NET, 2016) and scalable satellite data processing (S4Pro, 2018). The trajectory shows a clear shift from airborne systems toward spaceborne platforms, and from participation to coordination. Over time, they have also moved from pure research training toward more application-oriented satellite infrastructure projects with environmental monitoring dimensions.

iTUBS is moving toward operational satellite data infrastructure, suggesting future work will focus on processing chains and downstream Earth observation services rather than fundamental sensor research.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European10 countries collaborated

iTUBS predominantly leads projects — they coordinated 2 out of 3 H2020 projects, indicating confidence in managing EU consortia despite being a small company. With 21 unique partners across 10 countries from just 3 projects, they build broad, diverse consortia rather than relying on a fixed set of repeat partners. This makes them an accessible and well-connected coordinator for new partners looking to enter European space research collaborations.

Despite only three projects, iTUBS has assembled a remarkably wide network of 21 partners across 10 countries, averaging 7 partners per project. This suggests strong connections across the European space and remote sensing community.

Why partner with them

What sets them apart

iTUBS occupies a distinctive niche as a university-linked innovation SME that can coordinate EU space projects — combining the academic depth of TU Braunschweig with the agility of a private company. Their specific combination of satellite swarm design, high-speed data processing, and environmental monitoring applications is uncommon among German space SMEs. For consortium builders, they offer a coordinator who understands both the research and the commercialization side of space technology.

Notable projects

Highlights from their portfolio

  • S4Pro
    Their largest funded project (EUR 670,520) as coordinator, focused on scalable satellite processing — represents their most mature and application-oriented work.
  • S3NET
    Coordinated a satellite swarm sensor network project, demonstrating ambition in multi-satellite architectures and their ability to lead space-focused consortia.
  • MarineUAS
    An MSCA training network linking autonomous aerial systems to marine monitoring — shows their connection to the academic training pipeline at TU Braunschweig.
Cross-sector capabilities
environmenttransportsecuritydigital
Analysis note: Profile based on only 3 projects with no keyword metadata available. Project titles and sectors provide a coherent picture of space/satellite expertise, but the small sample size means expertise areas and evolution trends should be treated as indicative rather than definitive. No website URL was available to verify current commercial activities.