IMPACT (2016–2019) focused specifically on ion-molecule processes for analytical chemical technologies, including PTR-MS and SIFT-MS techniques.
MASA TECH S.R.O.
Slovak technology SME specializing in trace chemical detection and forensic sensing systems, bridging mass spectrometry science with field-deployable security applications.
Their core work
MASA TECH is a Slovak technology SME specializing in chemical sensing and detection technologies, with expertise spanning analytical chemistry methods and their applied use in security and forensic contexts. Their early work centered on soft chemical ionization techniques — including proton transfer reaction and selected ion flow tube mass spectrometry — which are among the most sensitive methods for detecting trace chemical compounds in real time. By the 2020s, they had pivoted toward practical deployment of these capabilities: contributing to a forensic trace qualification system that combines contactless sensors, augmented reality, and data fusion for on-site crime scene analysis. In essence, they translate advanced chemical detection science into field-deployable security tools.
What they specialise in
RISEN (2020–2024) involved real-time, on-site forensic trace qualification using contactless sensors and data fusion.
RISEN lists contactless sensors and real-time analysis as core keywords, signaling a shift toward deployable, non-invasive detection hardware.
RISEN explicitly includes augmented reality and data fusion, suggesting MASA TECH contributes to the interface and integration layer of forensic systems, not only sensor hardware.
How they've shifted over time
In their first H2020 project (IMPACT, 2016–2019), MASA TECH was firmly in the domain of fundamental analytical chemistry — ion-molecule reactions, ion mobility spectrometry, and chemical ionization methods used to identify and quantify trace chemical compounds. By their second project (RISEN, 2020–2024), the language had shifted entirely toward applied security technology: contactless sensors, real-time field analysis, augmented reality overlays, and sensor data fusion. The underlying thread connecting both phases is trace chemical detection, but the framing moved from laboratory science to operational deployment at crime scenes or security checkpoints.
MASA TECH is moving from contributing specialist chemistry knowledge to security research consortia toward building integrated, deployable detection systems — making them an increasingly relevant partner for applied security and border control technology projects.
How they like to work
MASA TECH has never served as a project coordinator, always joining as a partner or participant, which is consistent with a specialist SME that brings targeted technical capabilities rather than managing large consortia. Their 41 unique partners across just 2 projects indicates they worked in sizeable, multi-partner consortia rather than small focused teams. This pattern suggests they are comfortable contributing a well-defined technical component within a larger project structure, without bearing the administrative burden of coordination.
Despite only two projects, MASA TECH has connected with 41 unique consortium partners spanning 16 countries — an unusually broad network footprint for an SME of this size, reflecting their participation in large European research consortia (an MSCA training network and a multi-partner security RIA). No geographic concentration is apparent from the data.
What sets them apart
MASA TECH occupies a rare intersection between analytical chemistry instrumentation (specifically soft ionization and ion-mobility techniques) and applied security/forensics technology — a combination that few SMEs in Central Europe can credibly claim. For consortium builders in the security or border technology space, they offer both the scientific grounding in chemical detection and practical experience in real-time, field-deployable sensor systems. As a Slovak SME, they also provide geographic diversity and SME eligibility that strengthens proposals targeting widening countries.
Highlights from their portfolio
- RISENTheir only directly funded project (EUR 127,256), this Security RIA on real-time forensic trace qualification at crime scenes represents the applied culmination of their chemical sensing expertise and is their most commercially relevant work.
- IMPACTParticipation in an MSCA Innovative Training Network on ion-molecule chemistry signals deep scientific credibility in analytical detection methods, even without direct EC funding flowing to MASA TECH.