Central to iCspec, MIRPHAB, REDFINCH, cFLOW, and EXTREME-IR — spanning laser spectrometry, chemical sensing, and ultrafast IR communications.
MIRSENSE
French SME building mid-infrared quantum cascade laser sensors for chemical detection, security screening, and industrial safety applications.
Their core work
mirSense is a French SME specializing in mid-infrared photonics, particularly quantum cascade lasers (QCLs) and detectors for chemical sensing and spectroscopic applications. They design and manufacture infrared laser and detection systems used in industrial process control, environmental monitoring, security screening, and infrastructure safety. Their core business is turning mid-infrared photonics research into embedded sensor solutions that can detect gases, chemicals, explosives precursors, and material degradation in real-world operating conditions.
What they specialise in
iCspec (in-line process control), REDFINCH (fully integrated chemical sensors), and MIRPHAB (chemical sensing fabrication) all focus on turning IR photonics into detection instruments.
aqua3S (water supply security with sensor networks) and ODYSSEUS (explosives precursor detection and threat sensing) apply their sensor expertise to security domains.
El-Peacetolero develops embedded light-emitting devices for diagnosing polymer aging in nuclear reactor safety applications.
EXTREME-IR (2021-2026) explores extreme optical nonlinearities in 2D materials for far-infrared photonics, signaling a move toward next-generation IR materials.
How they've shifted over time
mirSense began with a tight focus on mid-infrared laser and spectrometer hardware — quantum cascade lasers, chemical sensor fabrication, and process control instruments (iCspec, MIRPHAB, REDFINCH, 2015-2018). From 2019 onward, they broadened into applied domains: water infrastructure security (aqua3S), nuclear safety inspection (El-Peacetolero), counter-terrorism sensor systems (ODYSSEUS), and next-generation 2D materials for IR photonics (EXTREME-IR). The evolution shows a company moving from component-level photonics R&D toward integrated sensor solutions for high-stakes safety and security applications, increasingly incorporating AI and data science.
mirSense is transitioning from a photonics component supplier into a provider of AI-enhanced infrared sensing systems for critical infrastructure protection and security applications.
How they like to work
mirSense operates exclusively as a participant, never coordinating projects, which is typical for a technology SME contributing specialized hardware and sensing expertise to larger consortia. With 82 unique partners across 21 countries in 8 projects, they consistently join broad European consortia (averaging ~10 partners per project) rather than small focused teams. This pattern suggests they are a sought-after specialist — groups invite them when they need mid-infrared sensing capability, and they integrate well into diverse, multi-national teams.
mirSense has built a wide European network of 82 unique partners across 21 countries, indicating they are well-connected across the continent despite being a small company. Their collaborations span photonics research labs, security agencies, water utilities, and nuclear safety organizations — a unusually diverse partner base for an SME of their size.
What sets them apart
mirSense occupies a rare niche: they are one of very few European SMEs that both develops mid-infrared quantum cascade laser technology and deploys it into applied sensor systems across multiple sectors. While most QCL companies stay in the photonics supply chain, mirSense bridges the gap between fundamental IR photonics research and real-world detection challenges in security, industrial safety, and environmental monitoring. Their ability to contribute sensing hardware to projects ranging from water network protection to nuclear reactor inspection makes them an unusually versatile technology partner.
Highlights from their portfolio
- MIRPHABLargest single project (EUR 1.3M) — a photonics fabrication pilot line for mid-IR chemical sensors, positioning mirSense at the center of Europe's IR photonics manufacturing ecosystem.
- ODYSSEUSCounter-terrorism project combining explosives precursor detection with AI-driven decision support — shows mirSense applying its sensor tech to high-impact security challenges.
- EXTREME-IRTheir most forward-looking project (running to 2026), exploring 2D materials for far-infrared photonics — signals investment in next-generation infrared technology.