Central to MIREGAS, CHEQUERS, MIRPHAB, WaterSpy, and TRIAGE — all requiring IR detection components for gas or liquid analysis.
VIGO PHOTONICS SPOLKA AKCYJNA
Polish SME manufacturing mid-infrared photodetectors for gas sensing, water monitoring, security screening, and automotive radar applications.
Their core work
VIGO Photonics is a Polish manufacturer of infrared photodetectors and photonic sensing components, specializing in mid-infrared and terahertz detection technologies. They supply high-performance detector modules used in gas sensing, spectroscopy, water quality monitoring, and security screening applications. In H2020 projects, they contribute their detector hardware expertise — particularly HOT (High Operating Temperature) photodetectors and quantum cascade laser-compatible sensors — as a component supplier enabling partners to build complete analytical instruments. Their core commercial product line centers on uncooled and thermoelectrically cooled infrared detectors sold to OEM integrators worldwide.
What they specialise in
CHEQUERS focused on compact QCL sensors, AQUARIUS on tunable QCL-based water contaminant detection, and WaterSpy on tunable QCL paired with HOT photodetectors.
WaterSpy (portable photonic water quality device) and AQUARIUS (inline QCL-based water contaminant detection) both targeted real-time water monitoring.
Car2TERA explored terahertz sensors for automotive radar and ADAS applications, marking a shift beyond traditional IR bands.
CHEQUERS addressed standoff detection of explosives using hyperspectral imaging and remote IR sensing.
How they've shifted over time
VIGO's early H2020 work (2015–2018) concentrated on security-oriented infrared sensing — standoff explosive detection, remote threat identification, and compact quantum cascade laser development (CHEQUERS, MIREGAS). From 2016 onward, they pivoted strongly toward environmental and industrial applications: water quality monitoring with portable photonic devices (WaterSpy, AQUARIUS), and most recently autonomous vehicle sensors via terahertz technology (Car2TERA) and broadband pollution detection using deep learning (TRIAGE). The trajectory shows a company moving from defense/security IR applications toward civilian mass-market sensing — automotive, environmental monitoring, and smart infrastructure.
VIGO is expanding from niche defense-grade IR detectors into high-volume civilian applications — automotive radar, environmental monitoring, and AI-enhanced gas sensing — signaling readiness for industrial-scale partnerships.
How they like to work
VIGO participates exclusively as a partner, never as coordinator, which is consistent with their role as a specialized component supplier integrated into larger system-building consortia. With 60 unique partners across 16 countries in just 7 projects, they work in mid-to-large consortia and maintain a wide network rather than repeating partnerships. This profile suggests they are easy to integrate into new consortia as a reliable hardware contributor without demanding project leadership overhead.
VIGO has collaborated with 60 distinct partners across 16 countries, an unusually broad network for a 7-project SME. Their reach spans Western and Eastern Europe, reflecting demand for their detector technology across diverse research and industrial consortia.
What sets them apart
VIGO is one of very few European manufacturers of uncooled mid-infrared photodetectors, giving them a rare position as a homegrown supplier in a market dominated by US firms. Their detectors are the enabling component — without them, partner institutions cannot build their gas analyzers, water monitors, or security scanners. For consortium builders, VIGO brings actual hardware manufacturing capability (not just research), which strengthens proposals by demonstrating a credible path from lab prototype to commercial product.
Highlights from their portfolio
- CHEQUERSLargest single grant (EUR 634K) and addressed the high-profile challenge of remote explosive detection using compact QCL sensors and hyperspectral imaging.
- WaterSpyDemonstrated VIGO's pivot to civilian applications — a portable photonic device for real-time bacteria detection in drinking water using their HOT photodetectors.
- TRIAGEMost recent project (2021–2024), combining ultra-broadband IR sensing with deep learning for pollution monitoring — signals VIGO's move toward AI-enhanced sensing.