Unresolved UAP Sighting Over Syria (October 2024) — Pentagon Report #2
A declassified Pentagon report details a six-second video of a misshapen white light anomaly captured by a U.S. military platform over Syria in 2024.
Overview of Case DOW-UAP-PR32
The incident documented in case DOW-UAP-PR32 involves an unidentified anomalous phenomenon (UAP) observed in the airspace over Syria during October 2024. The event was formally recorded by the United States Central Command and subsequently submitted to the All-domain Anomaly Resolution Office (AARO) for investigation. The primary evidence for this sighting consists of six seconds of video footage captured via a full-motion video (FMV) camera mounted on a U.S. military platform. This specific case gained public visibility following the declassification of the Department of War PURSUE release on May 8, 2026, which included the AARO public document set.
Phenomenological Description
The visual characteristics of the phenomenon were documented through both technical sensor data and descriptive mission reports. According to the accompanying mission report, DoW-UAP-D32, the UAP manifested as a misshapen and uneven ball of white light. During the recording, a notable light or glare halo effect was observed at the top of the FMV feed. Technical analysis of the video frames between the timestamps of 00:02 and 00:04 reveals an area of irregular color and brightness, characterized primarily by white and red highlights. This anomaly appeared near the center of the top edge of the sensor display, spanning approximately one-third of the horizontal frame and one-sixth of the vertical viewing area. The geometry of the light was described as a horizontally-oriented half-oval that appeared bisected along its major axis.
Geopolitical and Technical Context
The sighting occurred within the highly contested and monitored airspace of Syria, a region characterized by intense electronic warfare, high densities of multi-national military assets, and constant surveillance by various global powers. In the mid-2020s, the presence of advanced sensor suites, including infrared and full-motion video cameras on unmanned and manned aerial platforms, has increased the frequency of anomalous detections. The detection of light-based phenomena in such environments often necessitates rigorous differentiation between physical objects, atmospheric phenomena, and sensor artifacts caused by optical interference or electronic jamming.
The investigation of such anomalies in the 2020s falls under the purview of the All-domain Anomaly Resolution Office, an entity established to standardize the reporting and analysis of Unidentified Anomalous Phenomena across all domains, including air, space, and sea. This era of investigation is marked by a shift toward more structured, data-driven reporting, moving away from the anecdotal accounts that characterized earlier decades of UAP studies. By integrating sensor data from official military platforms into a centralized repository, agencies aim to identify patterns that may indicate technological, natural, or otherwise unexplained origins.
Comparative Analysis
When compared to other documented UAP encounters, the Syria 2024 incident shares characteristics with several “transmedium” or light-based anomalies recorded in recent years. Many such cases involve the observation of luminous, non-solid shapes that lack discernible aerodynamic surfaces or propulsion systems. The presence of a “halo effect” or glare on the sensor feed is a recurring element in many FMV-based reports, often complicating the ability of analysts to determine the exact boundaries of the phenomenon. While some UAP cases involve identifiable metallic or solid-state objects, the Syria event belongs to a subset of reports focused on energetic or luminous anomalies that defy immediate classification as conventional aircraft or atmospheric weather patterns. As of the latest declassified documentation, the nature and significance of the October 2024 sighting remain unresolved.