GEOINT
Clustered map
Sightings anchored to coordinates with clustering at scale—read density without losing individual returns. Built for pattern scan, not novelty pins.
Unclassified // Field terminal
High-fidelity UAP observations, geospatial context, and time-stamped telemetry—built for analysts, investigators, and serious observers.
Government and defence communities have shifted language toward Unidentified Aerial Phenomena (UAP) to strip stigma and force rigour: what is observed, under what conditions, with what sensors, and with what chain of custody.
Crowdsourced observation is not entertainment—it is a distributed sensor network. When structured as time, place, medium, and corroboration, civilian reports can surface patterns that single agencies miss, especially where official disclosure arrives late or incomplete.
UFO Spotter exists to raise the fidelity of that data: consistent fields, map-backed context, and a professional workflow that treats witnesses as contributors to an intelligence picture—not as content for speculation.
GEOINT
Sightings anchored to coordinates with clustering at scale—read density without losing individual returns. Built for pattern scan, not novelty pins.
HUMINT
Structured submissions: imagery, video, PDF attachments, and geocoded context. Designed so a desk analyst can triage fast and request follow-up.
SIGINT
Time-synchronised feed, evidence cards, and translation workflows for cross-border cases. Optional Elite tier removes friction for heavy media workflows.
Long-form notes for operators. Full articles can live on your CMS or blog; these cards ship with complete copy for launch.
White paper
Official disclosure moves in pulses—hearings, redacted reports, partial sensor data. Between those pulses, the strongest signal is often the crowd: thousands of independent observers, each carrying a camera, a clock, and a position fix. The manifesto argues that crowdsourced UAP data is not a substitute for government science; it is a parallel channel that can force triangulation when agencies withhold raw files. Structured reporting—timestamp, bearing, angular size, weather, and provenance of media—turns anecdotes into admissible evidence. Without that structure, disclosure becomes theatre. With it, the public can build an intelligence product that analysts cannot dismiss as “social media noise.” The path to credible disclosure runs through disciplined witnesses and open tooling—not through louder speculation.
Read briefingField manual
Anomaly work is not about chasing lights in the sky; it is about reducing degrees of freedom. This field guide walks through how to use the application’s map and radar-adjacent workflows the way a reconnaissance unit would: establish a sector, log ingress and egress vectors, capture bracketing frames, and note electromagnetic or acoustic correlates when safe and legal. The compass of common sense still applies: fixed-wing traffic, astronomical twilight, Starlink trains, and civilian drones explain a majority of returns. The guide separates those ruled-out cases from residual tracks that deserve archival upload—so the next investigator inherits your rigour, not your enthusiasm alone.
Open field guideSituation report
This recurring synthesis aggregates non-classified patterns from recent user-submitted phenomena: geographic heat, temporal clustering, and media-rich cases flagged for peer review. It does not claim extraterrestrial origin; it documents what remains unidentified after first-pass filtering. Spikes often correlate with launch activity, military exercises, or media events—those correlations are printed alongside anomalies to prevent false narrative acceleration. Where multiple independent observers produce corroborating geometry, the report elevates the case tier and recommends instrumented follow-up. The goal is a sober, defensible picture of global UAP reporting density—suitable for researchers, journalists, and defence watchers who need context without hype.
View SITREP