SensemakingConfronting Unknownsappendix
Appendix F — Current UAP Observatory Projects
June 15, 2026 · 1 min read
Abstract
Current scientific UAP observatory projects and instrumentation efforts.
Dedicated observatories, such as Harvard’s , can complement incidental detections by improving calibration and synchronization while producing gold-standard datasets that fill the gap of existing sensor systems designed for other purposes. Such efforts can be a complement to historical surveys of astronomical data, like the project (see e.g. [61], [62]).
Table 15. Current UAP observatory projects.
| Project and Type | Description | Sensors involved |
|---|---|---|
| Galileo Project [53] — Ground-based observatory (passive) | Host: Harvard University. Established: 2024. Funding: Foundation grant. Description: 3 observatories operational in MA, PA, NV as of early 2026; 4th planned in IN. | Wide-field multispectral cameras (eight Boson 640 in all-sky array); narrow-field optical instruments (imaging, spectroscopy, polarimetry, photometry); passive multistatic radar; radio spectrum analyzers; acoustic sensors (infrasonic to ultrasonic); environmental sensors; geophysical sensors; energetic particle detectors |
| system [63] — Ground-based observatory (government + academic) | Host: Georgia Tech Research Institute for AARO. Established: 2024. Description: tested March 2024; deployed to undisclosed national security site November 2024 for 90-day baseline collection. | Long-range electro-optical cameras; infrared sensors; 2D search radar; 3D radar; spectrum monitors; transponder receivers |
| UAPx Inc. [64] — Ground-based field observatory (passive) | Affiliation: University at Albany. Established: 2021. Description: Non-profit. Using visual, infrared, and radiological measurement devices. | Visible-light cameras; infrared cameras; night-vision optics; radiation detectors; cosmic-ray and high-energy particle detectors; multi-sensor optical tracking units; external corroboration via weather radar and satellite imagery |
| [65] — Ground-based observatory (active) | Independent initiative focused on aerial intelligence, advanced sensing, and unconventional aerospace research. | Electro-optical cameras (high-zoom visible); infrared imagers ( and ); radar; passive RF receivers and spectrum analyzers; telemetry and sensors; kinematic tracking via multi-sensor fusion |
Suggested citation
The Confronting Unknowns ’26 Program (2026). Appendix F — Current UAP Observatory Projects. In Confronting Unknowns. Sensemaking. https://sensemaking.wtf/work/cu26-p01-f
From the program
Explore the program at MIT’s Independent Activities Period