German nuclear measurement SME specialising in decommissioning instrumentation, radiological sensing, and radiation safety for hazardous nuclear environments.
AINT is a small German private company focused on nuclear measurement technology, radiation safety, and nuclear decommissioning support. Their work sits at the intersection of practical nuclear operations and instrumentation — developing and applying measurement tools for radiological environments, including neutron-based elemental analysis and optically stimulated luminescence (OSL) dosimetry. They bring hands-on nuclear expertise to both instrument development projects and larger robotic decommissioning initiatives, where their knowledge of radiation worker safety (ALARA principles) and radiological detection informs system design. The "Training" in their name signals a core competency in translating complex nuclear physics into operational practice for radiation workers and field engineers.
NEAT (coordinated, 2018) focused on neutron-based elemental analysis technology; CLEANDEM (2021) involved radiological sensors, nuclear measurements, and OSL detectors in a decommissioning context.
CLEANDEM directly targets unmanned nuclear decommissioning measurements, with AINT contributing radiological detection expertise to a cyber-physical robotic platform.
CLEANDEM keywords include 'radiation workers exposure' and 'ALARA', indicating AINT's role in minimising human dose during decommissioning operations.
CLEANDEM introduced cyber-physical systems, digital twin, UGV (unmanned ground vehicle), and robotic arm concepts into AINT's project portfolio for the first time.
AINT's first H2020 project (NEAT, 2018–2019) was a small SME Phase 1 feasibility study on neutron-based elemental analysis — a classical nuclear measurement technology with applications in materials identification and non-destructive testing. By their second project (CLEANDEM, 2021–2024), the focus had shifted substantially toward autonomous robotic systems for nuclear decommissioning, incorporating digital twins, unmanned ground vehicles, and cyber-physical sensing architectures. This suggests AINT is repositioning from traditional nuclear instrumentation toward the integration of their measurement know-how into remotely operated platforms designed to keep human workers out of high-radiation zones.
AINT is moving toward providing radiation measurement expertise as a module within larger autonomous systems — a direction aligned with the growing need to decommission ageing nuclear facilities across Europe without exposing workers to dose.
AINT has both led a project (NEAT, as SME Phase 1 coordinator) and joined as a participant (CLEANDEM), suggesting flexibility in how they engage depending on project scope. With 10 unique partners across only 2 projects, they engage in moderately sized consortia rather than isolated bilateral work. As a small specialist SME, they most likely serve as the nuclear measurement domain expert within larger consortia that provide the systems integration and robotics engineering around them.
AINT has collaborated with 10 unique partners across 3 countries in just two projects — a relatively broad reach for a company of this size and portfolio depth. Their network is European in scope but concentrated, likely reflecting close ties within the nuclear decommissioning and instrumentation community.
AINT occupies a rare niche: a private SME that combines nuclear training and operational safety knowledge with active instrument development — a combination more commonly found in large nuclear utilities or national labs. Based near Aachen in the former German industrial heartland, they are well-positioned to serve the European nuclear decommissioning market, which is growing as older reactors reach end-of-life. For consortium builders, AINT offers what large partners often lack: practical field credibility in radiation environments and a direct line to radiation worker safety requirements.
