Our current research activities:
| FFG KIRAS | KI-SecAssist | AI-based cooperative air and ground robotics to support responders in crisis situations |
| K-REGIO EFRE | Hydrogen drone | Development of a hydrogen-powered flight platform including hydrogen tank |
| FFG | 6G-SKY | Development of drones for the creation of a digital twin in railroad observations and other linear infrastructure. |
| FFG KIRAS | NIKE-SwarmNav | Indoor swarm development |
| FFG BRIDGE | EMV Landing | Development of a platform for precise landings using magnetic sensors |
| FFG FORTE | EO-DETECT | Development of hydrogen drones for military surveillance tasks |
| FFG KIRAS | USKIT | Development of self-organized, swarm-capable drones for monitoring critical infrastructure |
| FFG TAKE OFF | UAVNoiseCheck | Quantified noise measurements for different drones and payloads |
| FFG TAKE OFF | SpecDrone | Detection of methan concentration with open path method absed on mass spectrometry |
| FFG FORTE | Nike ROBCOMM | Development of robust M2M / M2G communication for the use in subsurface UAV communication |
Completed research projects:
| K-REGIO EFRE | SafeAviationTyrol | Practical and rapid solutions for saftey concerns caused by drones |
| FFG KIRAS | UASwarm | Development of swarm-capable drones to support emergency forces in forest firefighting operations |
| Leuchtturm Land Tirol | EMV-SAFE | Development of an electromagnetic compatibility (EMC) measurement infrastructure for sensible assemblies |
| FFG KIRAS | KI-Secure | Part-/autonomous 24/7 support of operators and emergency services to protect critical infrastructure |
| FFG TAKE OFF | MUKISANO | Development of a AI-based navigation module, which enables object-based realtime accurate navigation and consequently a pre-defined recording configuration for the individual objects |