Austrian SME manufacturing diamond particle detectors and readout electronics for accelerator beam diagnostics and precision radiation measurement.
CIVIDEC Instrumentation GmbH is a Vienna-based SME that designs and manufactures high-performance particle detectors and radiation measurement electronics, with a specialization in diamond-based detector systems. Their instruments are used in particle accelerator beam diagnostics, radiation monitoring, and precision physics experiments at major European research facilities. In their H2020 work, they contributed detector hardware and instrumentation expertise to both a broad radiation sensor training network and a dedicated antimatter physics research program. They sit at the intersection of industrial instrument manufacturing and cutting-edge fundamental physics — supplying the measurement tools that experimental science depends on.
Participated in both STREAM (radiation sensor technologies) and AVA (antimatter accelerator physics), consistently in the role of specialized detector hardware provider.
AVA project (2017–2021) focused on beam instrumentation for low-energy antimatter experiments including cooled and stored beams at facilities like CERN and GSI.
AVA project covered antiproton, positron, and antihydrogen physics — requiring ultra-precise detector systems that CIVIDEC supplied as an industrial partner.
STREAM project (2016–2019) addressed sensor technologies specifically for radiation-enhanced measurement applications, a direct match to diamond detector capabilities.
Precision spectroscopy and CPT-theory tests in AVA require fast-timing readout electronics alongside the detector hardware — a known part of CIVIDEC's commercial product line.
CIVIDEC's two H2020 projects span 2016–2021, and while the STREAM project carried no recorded keywords, its title — radiation sensor technologies for radiation-enhanced measurements — points to a broad instrumentation focus. By the time of AVA (2017–2021), the project keywords became highly specific: antiproton beams, positron traps, CPT symmetry tests, and antihydrogen — indicating a deepening into precision fundamental physics rather than general radiation monitoring. The trajectory suggests CIVIDEC moved from positioning itself as a general radiation sensor supplier toward becoming a recognized partner in the most demanding accelerator physics experiments in Europe.
CIVIDEC is moving toward ultra-precision detector applications in fundamental physics — organizations planning accelerator upgrades, antimatter experiments, or high-radiation environment monitoring should consider them as a niche hardware partner.
CIVIDEC has never led an H2020 project as coordinator — they join large international consortia as a specialist hardware contributor or third-party supplier. Their two projects involved 37 unique partners across 12 countries, suggesting they operate comfortably inside large MSCA training networks where an industrial partner provides real-world instrumentation exposure. This makes them a reliable, low-friction consortium member rather than a project driver — ideal when a consortium needs a credible commercial detector manufacturer without the overhead of an academic institution.
CIVIDEC has built connections with 37 unique partners across 12 countries through just two projects — a density that reflects the broad international character of MSCA Innovative Training Networks. Their network spans European physics research institutions, accelerator facilities, and likely includes partners at CERN, GSI, and affiliated universities.
CIVIDEC is one of very few commercial SMEs in Europe that manufactures diamond-based particle detectors — a technology demanding both materials expertise and precision electronics know-how that most instrumentation companies do not offer. As an industrial partner inside academic physics consortia, they provide something universities cannot: a commercially available, reproducible product that can be procured, calibrated, and deployed at scale. For consortium builders, CIVIDEC brings the "industrial relevance" requirement of MSCA programs while contributing genuine technical depth, not just a logo.
