FEISCHL RICHARD

Their core work

FEISCHL RICHARD (trading as IFR) is an Austrian micro-SME or sole-proprietor specialist contributing niche technical expertise to safety and environmental security research consortia. Their work spans two adjacent domains: wearable physiological monitoring for people operating in extreme or hazardous environments, and AI-assisted ecosystem management for wildfire prevention and forest restoration. In SIXTHSENSE they provided expertise in unobtrusive biometric sensing and situational awareness feedback, while in TREEADS they contributed to an AI-driven fire management platform covering detection, prevention, and ecological recovery. The consistent thread across both engagements is real-time human or environmental safety monitoring under crisis conditions.

What they specialise in

How they've shifted over time

Their first H2020 engagement (SIXTHSENSE, starting 2020) was firmly in the human-centred safety domain — wearable sensors, biofeedback, and physiological situational awareness for people in extreme environments. By 2021, with TREEADS, the focus shifted outward from the individual to the landscape: AI systems managing entire forest ecosystems under wildfire threat, with restoration as an explicit output. This trajectory suggests a broadening from personal safety instrumentation toward large-scale environmental security platforms, likely driven by growing EU funding interest in climate-related disaster management.

IFR appears to be pivoting from personal safety monitoring toward AI-powered environmental disaster management, making them a candidate partner for future EU calls on climate adaptation, wildfire resilience, or smart forest monitoring.

How they like to work

IFR participates exclusively as a consortium partner — never as coordinator — across both projects, suggesting a role as a focused specialist brought in for specific technical contributions rather than a project orchestrator. Both projects are large multi-partner consortia (TREEADS alone involves dozens of partners across Europe), indicating IFR is comfortable operating as a small contributor within complex collaborative structures. With 76 unique consortium partners across only 2 projects, they have broad network exposure but no evidence of repeated partnerships, pointing to opportunistic rather than loyal collaboration patterns.

Despite only two projects, IFR has been exposed to 76 unique consortium partners across 20 countries — an unusually wide network footprint for an organisation this size, reflecting the large international consortia these EU security and climate projects typically attract. No single geographic cluster is apparent; partners span the EU broadly.

What sets them apart

IFR occupies an unusual niche as a micro-SME bridging two domains that are rarely combined: physiological monitoring of first responders and AI-scale environmental disaster management. This dual profile makes them a versatile specialist for any consortium that needs to address both human-safety instrumentation and ecosystem-level crisis response. For a consortium builder, their small size means low overhead and flexible engagement, while their cross-domain track record reduces integration risk in projects that span security and climate pillars simultaneously.

Highlights from their portfolio

• SIXTHSENSE
  Largest funding award for IFR (EUR 63,756) and their clearest demonstration of wearable biofeedback expertise for extreme-environment safety monitoring.
• TREEADS
  A high-profile IA project (2021–2025) deploying AI across the full wildfire disaster cycle — prevention, detection, and forest restoration — placing IFR inside one of the EU's flagship climate-security initiatives.