Living lab for the transfer of digital health applications and AI into healthcare
Airborne surveillance of critical infrastructures
After an earthquake, it is crucial to quickly and reliably perform an initial situation assessment to begin targeted damage management measures. Reliable data on the extent of potential damages is essential in this step. To this end, the LOKI project is developing an interdisciplinary system for airborne information gathering in the event of a disaster.
Drone fleets provide a means for delivering 3D and image data of the affected area. The LOKI project develops methods that enable drones to provide a timely overview of the overall damage within the affected area and detailed assessments and classifications of the damage to critical infrastructures like bridges and roads, health care facilities, and public institutions. Building-specific damage characteristics and crowdsourcing methods for analyzing and evaluating the information result in rapid damage classification. Towards this end, methodological approaches for crowdsourced micro-mapping and automated methods are being researched and tested in German and international assessment areas. The use of open interfaces and standards supports the long-term use and expandability of the system.
In the project, the FZI is developing flexible mission planning approaches that enable the automated and situation-sensitive coverage of the affected area by a fleet of drones. Moreover, the FZI studies how flight characteristics of drones can be integrated into mission planning, ensuring that the plans determined are flyable and, above all, time-efficient.