QUANTARED TECHNOLOGIES GMBH

Their core work

QuantaRed Technologies develops Quantum Cascade Laser (QCL) and mid-infrared photonics sensing systems for chemical analysis across multiple industries. Their core capability is building broadband tunable laser-based sensors that detect contaminants, analyze biological samples, and monitor product quality in real time. They apply this single technology platform to diverse domains — from water contamination detection and human milk analysis to oil process monitoring and farm-to-fork food quality assessment. Based in Vienna, they operate as a specialized photonics SME that translates advanced infrared spectroscopy into industrial sensing solutions.

What they specialise in

How they've shifted over time

QuantaRed's trajectory shows a clear pattern: starting with foundational photonics technology and progressively applying it to higher-value, more specific industrial problems. Their early projects (MIRPHAB 2016, AQUARIUS 2017) focused on building the core QCL sensing hardware and proving it for water analysis. From 2018 onward, they pivoted toward life sciences and food systems — using the same laser technology for personalised nutrition biomarkers, oil industry process control, and farm-to-fork food quality. The shift from "build the instrument" to "solve the application problem" signals a maturing company moving up the value chain.

QuantaRed is moving from photonics device development toward applied sensing in food systems and health, suggesting future collaborations should target agri-food quality monitoring or point-of-care diagnostics.

How they like to work

QuantaRed participates exclusively as a consortium partner — they have never coordinated an H2020 project. With 59 unique partners across 17 countries from just 5 projects, they join large, diverse consortia where they contribute a specific technology component (QCL sensing) rather than driving the overall research agenda. This makes them a reliable specialist contributor: they bring a proven hardware platform, integrate it into the consortium's application context, and don't compete for project leadership.

Despite only 5 projects, QuantaRed has built a remarkably broad network of 59 partners across 17 countries, averaging nearly 12 unique partners per project. This wide geographic spread reflects their role as a sought-after photonics component provider that fits into many different consortium configurations.

What sets them apart

QuantaRed occupies a rare niche: they are one of very few European SMEs that can deliver application-ready QCL and mid-infrared sensing hardware for consortium projects across completely different sectors. Their technology is genuinely domain-agnostic — the same laser platform detects water contaminants, analyzes human milk, monitors oil refining, and assesses food quality. For consortium builders, this means one partner can provide the sensing instrumentation regardless of whether the project targets health, environment, food, or industrial processes.

Highlights from their portfolio

• AQUARIUS
  Highest-funded project (EUR 717,500) and the clearest demonstration of their core QCL sensing capability applied to real-time water contaminant detection.
• NUTRISHIELD
  Most interdisciplinary project — pushed their photonics technology into personalised nutrition and biofluid analysis (breath, urine, human milk), opening a new health applications pathway.
• Hydroptics
  Second-highest funding (EUR 683,978) and demonstrates the versatility of their platform by targeting the oil and petrochemical industry, a sector far removed from their food and health work.