UAP Research & SETI

UAP (Unidentified Anomalous Phenomena), formerly commonly referred to as UFOs (Unidentified Flying Objects), encompass observations of unusual phenomena, typically occurring in the sky, whose causes cannot initially be clearly determined. The term UFO was for decades strongly shaped by cultural narratives and partially stigmatized. In contemporary scientific discourse, the more neutral designation UAP has therefore become increasingly established, supporting an open, methodologically rigorous, and interdisciplinary investigation.

The vast majority of such observations can be attributed to known objects or natural phenomena, including birds, aircraft, satellites, drones, atmospheric effects, or perceptual misinterpretations. A small fraction, however, remains unexplained even after careful expert analysis and despite comparatively good data quality. These cases constitute a distinct scientific interest and highlight the need for systematic, technology-driven, and data-centered research.

IFEX contributes to the establishment of this emerging field by developing and operating technical systems for the detection, assessment, and analysis of relevant events, as well as by conducting in-depth investigations of particularly informative cases.

The long-term objective is the creation of an integrated research infrastructure — a “system of systems” — designed to enable the acquisition of high-quality, scientifically robust data. To this end, sensor systems specifically tailored to the characteristics of the phenomenon are conceptualized, developed, and deployed in sustained operations. Observational data are systematically collected, examined, and evaluated in accordance with recognized scientific standards.

Close collaboration with relevant authorities, evidence-based advisory support for policymakers, and transparent, responsible communication with the public and the media are likewise of central importance.

Within this context, IFEX understands itself as a central scientific institution for the consolidation, coordination, and partial implementation of related activities. Its objective is to establish sustainable research structures, further develop scientific standards, and anchor the long-term investigation of UAP within institutional frameworks. Reliable support and adequate resources are essential to achieving these goals.

Insights gained from this research have the potential to advance the understanding of previously insufficiently explained observations while also generating impulses for technological innovation as well as for science, industry, and society.

Projects

• VaMEx3-MarsSymphony - Demonstration of communication technologies and sensor systems in realistic exploration scenarios with regard to a future Mars mission in the Valles Marineris region with a UAP element
• UAP reporting system for pilots
• ADEOS - Anomaly Detection an Observation System for UAP's