Mars-Focused UAP Sensing: Sonata 2, Sky Cams, and the VAMEX System for Anomaly Detection

To the point

Hakan Kyle, PhD, outlines a broad program using small satellites like Sonata 2, multiple cameras, and AI to detect anomalies such as UAP, with ground all-sky sensors Sky Cam 5 and 6 and a multi-sensor system for wide coverage, notes legal hurdles for active radar in Germany, links the work to Mars through the VAMEX project with gateways for rovers and correlating sky signals with seismic and transient events, emphasizes international collaboration and sustained funding to move from demos to deployable space systems, and plans expanded testing on Earth and in Mars analog environments.

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Hakan Kayal Ph.D. "UAP Detection on Mars"

Hakan Kayal is the chairman of the Interdisciplinary Research Center for Extraterrestrial Studies (IFEX) and a professor for space technologies since 2008 at the Julius-Maximilians-University Würzburg (JMUW), Germany. His current main research interests are in the fields of design, construction and operation of space systems, especially highly autonomous nanosatellites for scientific applications, search for extraterrestrial intelligences (SETI) and research on unidentified anomalous phenomena (UAP). He is responsible for several teaching courses in the field of space mission design and operations. After his study of aeronautics and astronautics at the Technical University of Berlin (TUB), prof. Kayal worked for about one year at the satellite control center of the Turkish geostationary communications satellite TÜRKSAT 1B in Ankara/Turkey as a satellite controller. He then worked for seven years at the German Aerospace Center (DLR) in Berlin where he was the deputy project leader. He changed to TUB where he was the leader of BEESAT, a pico satellite, which was launched in 2009. At JMUW he is responsible for several space projects, amongst them the Nanosatellite SONATE-2, which is a technology demonstration mission for artificial intelligence. Launched in March 2024, SONATE-2 is able to train its AI in space and able to detect anomalies at the surface of Earth from orbit. Prof. Dr. Kayal is also responsible for the development of several UAP detection systems and related works since 2008. The VaMEx3-MarsSymphony project is part of the German Aerospace Center's Valles Marineris Explorer initiative. Its primary objective is to conduct an analog mission on Earth, demonstrating the capabilities of communication technologies and sensor systems in preparation for a future exploration mission on Mars. As part of the mission, a SkyCAM system is integrated into a lander, observing the sky in search of short-term natural phenomena and unidentified anomalous phenomena (UAPs). This marks the first instance in history of a project financed by the German government incorporating a UAP detection component.