Both EU-SENSE and EU-RADION address detection of chemical, biological, radiological, and nuclear hazards using sensor networks.
TECHNISCH-MATHEMATISCHE STUDIENGESELLSCHAFT MIT BESCHRANKTER HAFTUNG
German technical-mathematical SME specializing in CBRN threat detection, radiological sensor networks, and heterogeneous sensor data integration for security applications.
Their core work
TMS is a German technical-mathematical SME based in Bonn that specializes in sensor system integration and detection algorithms for security applications, particularly CBRN (Chemical, Biological, Radiological, Nuclear) threats. Their work centers on fusing data from heterogeneous sensor networks to improve the detection and identification of hazardous materials in real-world environments. In EU projects, they likely contribute mathematical modeling, signal processing, or system architecture rather than hardware manufacturing. The "Technisch-Mathematische" in their name points to a core competency in analytical and computational methods applied to engineering problems.
What they specialise in
EU-RADION (2020-2024) focuses specifically on improved radiological hazard detection and identification using networked sensors.
EU-RADION keywords explicitly include 'heterogeneous sensors' and 'network of sensors', indicating system-level integration work.
The organization's name ('Technisch-Mathematische') and participation in sensor fusion projects suggest analytical/computational contributions across both projects.
How they've shifted over time
TMS entered H2020 in 2018 through EU-SENSE with a broad CBRN sensor systems scope — covering chemical, biological, radiological, and nuclear threats together. By 2020, their second project EU-RADION narrowed to radiological detection specifically, with explicit focus on multi-sensor network architectures and heterogeneous sensor integration. This suggests a deliberate deepening into the radiological detection niche rather than spreading across the full CBRN spectrum.
TMS is moving toward specialization in networked, multi-sensor radiological detection — a niche with growing relevance for border security, nuclear facility monitoring, and emergency response infrastructure.
How they like to work
TMS has participated exclusively as a consortium partner across both projects, never taking a coordinator role — consistent with a specialist SME that contributes targeted technical expertise rather than managing large consortia. With 10 unique partners across 6 countries from just 2 projects, they appear to work in mid-sized, internationally distributed teams. This profile suggests they are easy to integrate as a focused technical contributor without coordination overhead.
TMS has built a network of 10 consortium partners across 6 countries through only 2 projects, suggesting they join well-connected security research consortia rather than anchoring their own. Their European reach is real but not yet deep.
What sets them apart
TMS sits at the intersection of mathematical analysis and applied security technology — a combination that is rare among purely engineering-focused security firms or purely academic research groups. As a small private company, they bring commercial agility and focused technical depth to consortia that need sensor data processing or detection algorithm expertise without the overhead of a large industrial partner. Their track record specifically in EU-funded CBRN and radiological detection projects makes them a credible specialist for security RIA consortia targeting those domains.
Highlights from their portfolio
- EU-RADIONLargest project by EC funding (EUR 779,464) and most technically specific, targeting radiological hazard detection with heterogeneous sensor networks — a high-demand capability for nuclear security and emergency response.
- EU-SENSETMS's entry into H2020, covering the full CBRN detection spectrum and establishing their credentials in European security sensor research.