AlienAlerts.com — Reporting System
A technical and contextual overview of what makes this platform unique in the field of anomalous phenomena documentation
What It Is
AlienAlerts.com is a citizen science reporting platform that allows authenticated users to file structured anomalous observation reports — covering UAP/UFO sightings, abduction and encounter experiences, and general field observations. What distinguishes it from every existing reporting database — NUFORC, MUFON, NARCAP, or any government disclosure portal — is that at the moment of submission, the platform automatically assembles a complete environmental and astronomical context package around the report. The witness does not need scientific training. The system does the science for them.
"The witness does not need scientific training. The system does the science for them."
The Three Report Types
UAP / USO Report
The primary sighting form. Captures object shape, color, size, speed, altitude, flight pattern, duration, witness count, physical effects, and electromagnetic interference. Includes a two-pin distance and azimuth map so the reporter can plot both their position and the object's position — automatically computing bearing, distance in feet and miles, and elevation angle. Feeds into the full six-handler data pipeline.
Abduction / Encounter Report
Captures close-encounter and abduction experiences with structured fields for physical and psychological effects, missing time, entity descriptions, and location. Runs the same environmental data pipeline as the UAP report, grounding the subjective experience in objective atmospheric, geophysical, and astronomical conditions at the time and place of the event.
Observation Report
A universal field observation tool — not limited to UAP. Any anomalous observation can be filed: wildlife, atmospheric phenomena, ground objects, structural anomalies, or unclassified aerial events. Eighteen object types are supported including aircraft, satellite, meteor, ball lightning, drone, animal, Sasquatch, grey alien, reptilian, ghost, and more. The same full data pipeline runs on every submission. This makes the form equally useful to a wildlife researcher, a storm chaser, a paranormal investigator, or a UAP witness.
The Data Pipeline — What Runs Automatically on Every Report
When a report is submitted, six data handlers fire in sequence. The witness sees a processing indicator. Within seconds, the node is populated with the following:
1. Satellite Proximity Scan
Queries all publicly tracked satellites within 1,500 km of the observer at the exact time of the sighting. Returns each satellite's name, distance, elevation angle, azimuth, and visibility status. Generates a polar plot showing all satellites above the horizon. Debris objects are flagged separately. This alone answers one of the most common misidentification questions — "could it have been a satellite?" — with actual data rather than guesswork.
2. Air Traffic Snapshot
Captures all aircraft within 75 km of the observer at the time of report filing. Returns callsign, country, altitude in feet, speed in knots, heading, and squawk code. Renders an interactive map showing airborne and ground traffic with the observer position marked. Directly addresses the other most common misidentification — aircraft. Historical flight data retrieval is in development.
3. Star Chart and Composite Sky Image
Generates a 180-degree field of view sky chart centered on the observer's azimuth at the event time. Plots all bright stars, visible planets, constellation outlines, and misidentification risk flags for objects commonly confused with UAP — Venus, Sirius, Arcturus near the horizon. Then composites the satellite positions, aircraft positions, and reported object position — with its correct icon — onto a single unified sky image. The result is a forensic snapshot of everything visible in that sky at that moment. No other public reporting platform does this.
4. NOAA Weather Snapshot
Retrieves current weather conditions from the nearest NOAA observation station — temperature, wind speed and direction, sky condition, humidity, visibility, and barometric pressure. Weather conditions are a known factor in UAP misidentification (temperature inversions, lenticular clouds, light pillars) and in biological anomaly reports. Having the actual conditions on record is essential for any serious analysis.
5. Space Weather Report
Pulls current geomagnetic conditions from NOAA Space Weather Prediction Center — Kp index, solar wind speed and density, X-ray flux, and proton flux. Research has long suggested correlations between geomagnetic disturbance and anomalous observation reports. Every AlienAlerts report captures this data automatically, making large-scale correlation analysis possible for the first time in a citizen science context.
6. UAP Environmental Correlation Index (UECI)
A proprietary composite index developed for this platform. Combines Kp index, solar X-ray flux, proton flux, neutron flux, seismic activity, and other geophysical variables into a single score from 0 to 100. Each report is automatically tagged with the UECI score and level at the time of the sighting. Over time, this creates a dataset that can test whether anomalous observation rates correlate with specific geophysical conditions — a question that has never been systematically answered because no prior database captured this data at point of report.
Altitude and Geometry Calculation
When the reporter places both an observer pin and an object pin on the distance map, and uses the elevation angle picker, the system calculates object altitude above ground level (AGL) and above mean sea level (MSL). Observer ground elevation is retrieved from the USGS Elevation Point Query Service. The formula is straightforward — distance multiplied by the tangent of the elevation angle equals altitude AGL — but having it done automatically and stored on every report means altitude data is available for analysis at scale. No other citizen UAP database captures this.
Privacy and Access
All observation reports are public by default, and may be made anonymous or private by the user. Access control is enforced at the database level — meaning a logged-out user cannot access a private report URL or Anonymized user name even if they know it. This is critical for encouraging honest reporting of sensitive experiences that witnesses might otherwise never disclose publicly.
Why This Matters for Ufology
The central failure of historical UAP databases is the absence of environmental context. A report that says "bright light moving northwest at 11pm" is almost useless in isolation. The same report with a satellite proximity chart showing three visible satellites in that corridor, a star chart showing Venus at 8 degrees elevation in that direction, a Kp index of 4.2, and a UECI score of 71 — that is a data point that can be analyzed, compared, and potentially correlated with thousands of others.
AlienAlerts does not just collect reports. It wraps every report in the physical reality of the moment it was filed. That is what makes it a genuine scientific instrument rather than an anecdote archive.
"AlienAlerts does not just collect reports. It wraps every report in the physical reality of the moment it was filed."
AlienAlerts.com
