Galileo Project develops multi-sensor platform for UAP study

The Galileo Project developed the Observatory Class Integrated Computing Platform (OCICP) on May 30, 2025, a multi-sensor system designed to collect calibrated, scientifically sound data on Unidentified Anomalous Phenomena (UAP).^[1][2]

The system aims to replace fragmented and uncalibrated data with a rigorous scientific framework ^[1]. By standardizing how aerial phenomena are recorded, the project seeks to resolve long-standing issues regarding poor data quality and a lack of transparency in UAP investigations ^[2].

How the sensor platform operates

The OCICP architecture, detailed in a design and implementation paper published May 30, 2025, splits the workload between two distinct subsystems ^[1].

The first is the Edge Computing Subsystem, which is located directly at the observatory site ^[1][2]. This component manages real-time data acquisition, sensor optimization, and data provenance management to ensure the integrity of the information from the moment of capture ^[1].

The second is the Post-Processing Subsystem, which resides outside the observatory ^[1][2]. This system handles the broader data analysis workflows, including science operations, census operations, and monitoring the overall effectiveness of the system ^[2].

The push for tangible evidence

The development of this high-tech network comes as disputes intensify between scientific researchers and former government officials over the existence of recovered technologies.

Jay Stratton, a former Pentagon UFO investigator and former Chief of Air and Space Warfare for the Defense Intelligence Agency, claims the U.S. has recovered non-human bodies and at least a dozen crashed spacecraft ^[5]. Stratton has specifically alleged that aliens were recovered alive from the 1947 Roswell crash ^[5].

Avi Loeb, the head of the Galileo Project and leader of a White House Science Advisory Council, has challenged these assertions ^[5]. Loeb argues that if such evidence existed, it would have been presented to the current administration for political gain ^[5].

"Why can’t anyone offer President Trump a guided tour to an alien spacecraft or at least some footage of alien bodies?" Loeb wrote on his website ^[5].

Scientific rigor versus classified claims

Loeb's approach emphasizes the use of open, calibrated sensors to find evidence, rather than relying on testimonies from former officials ^[1][5].

This tension reflects a broader divide in the field. While figures like Stratton and former AATIP director Luis Elizondo claim the government possesses non-human technology, Loeb maintains that tangible or digital proof has not been provided ^[5].

The OCICP is designed to bypass these classified disputes by generating its own primary data ^[1][2]. By focusing on "scientifically sound data," the Galileo Project intends to move UAP study into a verifiable academic discipline ^[2].

What we don't know

• What are the specific "preliminary results" mentioned in the OCICP design and implementation paper? ^[1][2]
• Where are the observatory sites located that currently utilize the Edge Computing Subsystem? ^[1][2]
• Which specific sensors are employed by the OCICP to collect data on aerial phenomena? ^[1][2]