Core participant across the full SESAR portfolio including PJ01 EAD, PJ02 EARTH, PJ09 DCB, PJ10 PROSA, PJ18 4DTM, and their Wave 2 successors.
AUSTRO CONTROL OSTERREICHISCHE GESELLSCHAFT FUR ZIVILLUFTFAHRT MBH
Austria's national air navigation service provider and major SESAR participant, specializing in ATM modernization, remote towers, and drone airspace integration.
Their core work
Austro Control is Austria's national air navigation service provider (ANSP), responsible for managing all civil air traffic in Austrian airspace. In H2020, they serve as a real-world validation environment for next-generation air traffic management (ATM) systems developed under the SESAR programme — testing new concepts for arrivals/departures, trajectory management, remote towers, and drone integration in live operational settings. Their contribution is operational expertise: they bring the perspective of working air traffic controllers, real airspace constraints, and regulatory knowledge that lab-based research cannot replicate.
What they specialise in
Active in PJ05 Remote Tower and PJ05-W2 DTT (Digital Technologies for Tower), contributing to multi-airport remote tower concepts and controller HMI design.
Recent-period projects PJ13-W2 ERICA (RPAS insertion in controlled airspace) and U-Space/urban air mobility projects signal a shift toward unmanned traffic management.
PNOWWA focused on probabilistic winter weather nowcasting for airports; EUNADICS-AV addressed volcanic ash and natural disaster information for aviation.
PJ02 EARTH (their largest-funded project at EUR 422,727) and PJ02-W2 AART focused on runway separation, GBAS approaches, and airport capacity.
MALORCA applied machine learning to speech recognition for controller assistance; recent keywords show growing ML focus in ATM decision support.
How they've shifted over time
In 2016–2018, Austro Control focused heavily on foundational SESAR ATM modernization: demand-capacity balancing (DCB), SWIM data infrastructure, trajectory management, and master planning for the Single European Sky. From 2019 onward, their portfolio shifted noticeably toward RPAS/drone integration, U-Space airspace concepts, urban air mobility, machine learning applications, and digital tower technologies. This evolution mirrors the broader European ATM agenda moving from infrastructure upgrades toward autonomous and unmanned operations.
Austro Control is positioning itself as a testbed ANSP for unmanned and autonomous aviation operations, making them a strong partner for anyone working on drone integration, urban air mobility, or AI-assisted air traffic control.
How they like to work
Austro Control operates exclusively as a participant — they have never coordinated an H2020 project, which is typical for ANSPs whose role is to provide operational validation rather than lead research. With 184 unique partners across 29 countries, they sit at the center of the European ATM research network, connected to virtually every major SESAR player. Their consistent presence across SESAR Wave 1 and Wave 2 projects shows they are a reliable, long-term consortium member rather than a one-off contributor.
With 184 unique consortium partners across 29 countries, Austro Control is deeply embedded in the pan-European ATM research ecosystem. Their network spans nearly all EU/EEA nations, reflecting the inherently cross-border nature of air traffic management.
What sets them apart
As Austria's sole ANSP, Austro Control offers something most research organizations cannot: access to live, sovereign airspace for testing ATM concepts under real operational conditions. Their 42-project SESAR track record means they understand both the technical and regulatory sides of deploying new ATM systems. For consortium builders, they provide the critical "operational validation" partner that turns research prototypes into deployable solutions.
Highlights from their portfolio
- PJ02 EARTHLargest single funding (EUR 422,727) — focused on increasing runway and airport throughput using advanced separation concepts, GBAS, and LiDAR.
- PJ05-W2 DTTSecond-largest funding (EUR 210,116) — addresses digital and remote tower technologies for controlling multiple airports from a single center.
- MALORCAUnusual cross-domain project applying machine learning to automatic speech recognition for air traffic controllers — signals early AI adoption in ATC operations.