Instrumentation & detection

Bridgham et al.

The reference architecture for Galileo's distributed observatory class: sensors, software, calibration, and data management for replicable UAP-grade aerial observation.

Domine et al.

Commissioning paper for Galileo's all-sky infrared imaging array. Documents detection efficiency for known traffic and establishes the baseline against which anomalous objects are scored.

Lawrence et al.

Practical methodology guide for amateur and citizen astronomers contributing UAP observations — instrumentation, logging discipline, and chain-of-custody for evidence.

Loeb et al.

Founding overview of Harvard's Galileo Project: a privately-funded multimodal observatory programme to record, classify, and disambiguate aerial objects of unknown provenance.

Watters et al.

The Galileo observatory's multi-sensor approach (optical, infrared, radio, acoustic, magnetometer) and how cross-modal coincidence drives anomaly classification.

Mead et al.

The Galileo Project's acoustic-monitoring stack: microphone arrays, band coverage, and the signal-processing pipeline used to associate sound signatures with optical/IR detections.

Randall et al.

Design of a passive multistatic radar receiver network for low-cost UAP-grade tracking. Uses ambient illuminators rather than active transmitters.

Szenher et al.

Reference implementation of the Galileo localisation stack: hardware-software co-design for real-time aerial-object position estimates from multimodal sensors.

Cloete et al.

The Galileo Project's integrated compute and storage architecture for ingesting, processing, and archiving multimodal sensor streams in near-real-time.

Keto et al.

Methodology for extracting transient and moving objects from Earth-observation satellite imagery — relevant to retrospective UAP detection in archival passes.

Reali

Top-level systems-engineering study of constraints on building EM-signature-optimised UAP detectors — antenna design, noise floor, and survey strategy.

Kayal et al.

Status of the Würzburg UAP research group, one of the few European university programmes investigating UAP. Includes their sensor-platform plans.

AIAA UAP Integration & Outreach Committee

Reference UAP white paper from the AIAA's UAP Integration and Outreach Committee. Defines a shared detection-and-characterisation framework for aerospace researchers.

Szydagis et al.

First field-expedition results from the academic-led UAPx instrumentation programme. Documents the sensor stack, deployment, and preliminary findings.

Snow et al.

Operational recommendations for civil-aviation UAP data: reporting taxonomy, sensor capture standards, ATC integration, and analyst pipelines.