Both NICENAV projects are explicitly built on FOG-based navigation technology for aviation-grade inertial sensing.
CIVITANAVI SYSTEMS SPA
Italian SME making ITAR-free, aviation-certifiable fiber optic gyroscope navigation systems for manned and unmanned aircraft.
Their core work
CivitaNav Systems is an Italian SME specializing in high-precision inertial navigation systems for aviation, built on Fiber Optic Gyroscope (FOG) technology. Their defining commercial proposition is that their navigation equipment is ITAR-free — meaning it is not subject to US International Traffic in Arms Regulations — which gives European aerospace companies and defense programs a sovereign, export-control-independent alternative to US navigation systems. Their systems are designed to be certifiable to aviation standards and cover both manned aircraft and unmanned aerial vehicles (UAVs/drones). They progressed through the full SME Instrument cycle (Phase 1 feasibility to Phase 2 market deployment) on a single focused product, indicating a company in active commercialization of a mature core technology.
What they specialise in
The core value proposition across both NICENAV phases is delivering navigation-grade equipment free from US ITAR export controls.
NICENAV targets certifiable navigation equipment for manned air vehicles, implying compliance with aviation airworthiness standards.
NICENAV Phase 1 explicitly covers navigation of unmanned aircraft alongside manned platforms.
How they've shifted over time
CivitaNav's H2020 participation spans only 2015–2018 and represents a single product development arc rather than a shifting research agenda. They used SME Instrument Phase 1 (2015) to validate the market and technical feasibility of their FOG-based ITAR-free navigation system, then secured Phase 2 funding (2016–2018) to develop and commercialize it. There is no visible keyword drift because both projects are the same NICENAV initiative at different maturity stages — this is a company that knew exactly what it was building and executed a focused commercialization path.
CivitaNav appears to have used H2020 funding as a launch vehicle for a specific product; future collaborations would likely be on applications of their existing navigation platform rather than exploratory research.
How they like to work
CivitaNav coordinated both of their H2020 projects independently, with only a single consortium partner across their entire H2020 history — a pattern consistent with a product company using EU funding to de-risk R&D rather than to build a research network. They work in minimal consortia and drive the agenda themselves. Anyone approaching them should expect to be engaging with a technology provider, not a co-researcher.
CivitaNav's H2020 network is minimal: one unique partner across two projects, all within a single country. This reflects a company focused on product development rather than collaborative research ecosystems.
What sets them apart
CivitaNav occupies a rare niche in European aerospace: they make navigation-grade inertial systems that are both certifiable for aviation use and free from US ITAR restrictions — a combination that matters enormously to European defense primes, UAV manufacturers, and any program that cannot rely on US export licenses. Most competitors in precision navigation either come from the US (and carry ITAR) or lack aviation-grade certification. For consortium builders working on European autonomy, sovereign navigation, or UAV programs, CivitaNav offers a ready-made technology component with proven EU funding validation behind it.
Highlights from their portfolio
- NICENAV (Phase 2)The largest project at €1.49M represents a full SME Instrument Phase 2 award — a competitive grant awarded to fewer than 5% of applicants — validating both the technology and the market case for European ITAR-free FOG navigation.
- NICENAV (Phase 1)The Phase 1 feasibility study that seeded the full development path, demonstrating CivitaNav's ability to identify and articulate a commercially viable gap in the European navigation market.