Citizen Science · Anomalous Event Monitoring

Track unexplained events and anomalous activity.

AnomalyTracker maps public reports of ground shaking, acoustic anomalies, visual phenomena, UAPs, and other unexplained signals, comparing them against public seismic, atmospheric, and environmental data to identify patterns that may otherwise go undocumented.

Report an Event View Live Map
247
Reports — 30 days
89
No public seismic match
34
Active clusters
124
Seismic correlation
38
States reporting
Live Feed
Report Map

Prototype notice: Current map entries and event clusters are sample records for demonstration. Live public reporting is not yet active.

Legend:
No public seismic match
Seismic correlation found
USGS correlated report
Pending review
USGS earthquake overlay
Database
Recent Event Clusters
Export CSV →
Event ID Date / Time (Local) Region Reports Dominant Type Signal Confidence Status
Platform
How AnomalyTracker Works
01

Submit a Report

Describe what you heard, felt, or observed — and where it happened. Structured fields help us maintain consistent, comparable data across thousands of submissions.

02

Compare Against Public Data

Each report is automatically checked against USGS seismic data, weather records, and known industrial and aviation activity within the relevant time window.

03

Identify Regional Patterns

Reports are clustered into candidate events. Clusters with no matching public data source are flagged for further research and made available for export.

Data Notice: AnomalyTracker does not determine cause from witness reports alone. The platform identifies report clusters and compares them with public seismic and environmental data sources to support research, public awareness, and follow-up analysis.
Methodology
About the Data

AnomalyTracker is built for civic science, public-source correlation, and structured reporting. Reports are citizen submissions, not official determinations, and clusters are created to help researchers compare similar reports across time and place.

  • Locations are privacy-fuzzed before public display, and public displays use generalized location and event data.
  • Clusters are generated from time and location similarity together with shared event characteristics.
  • "No public seismic match" means no matching USGS event was identified within the selected time and location window; it does not prove anything unusual by itself.
  • Future versions may compare reports against weather, aviation, industrial, and other public data sources.
  • Researchers may eventually access anonymized exports.
  • Raw submissions are retained only for review, abuse prevention, and research-quality clustering.

BoomLog is AnomalyTracker’s acoustic and tremor reporting layer for unexplained booms, skyquakes, and pressure-wave events.

Submit
Report an Event

Event Report Form

Exact location, if provided, is used only for review and clustering. Public maps use generalized location data. Contact information is optional and never shared.

When did it occur?
Where were you?
Used only for review and clustering. Public maps store only fuzzed coordinates.
If you provide one coordinate, provide both latitude and longitude.
What did you experience?
Required unless "Felt only" is selected.
Environmental Context
Contact — optional

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✓

Report Received

Your report has been logged and queued for review. Approved reports may appear on the public map after location fuzzing and correlation checks. We never sell data. All reports are used only for non-commercial research and signal fusion by Second Order Dynamics. Thank you. Your report has been received by An ATLAS initiative.

Report ID:

Admin
OSINT Intake Dashboard
Back to Public Site
Admin prototype: this view is for internal review of stored reports and manual OSINT ingest runs. Public map data remains separate demo/sample data in this MVP.

Pulls the last 24-48 hours of U.S. boom, quake, skyquake, Seneca gun, rumble, ground-shaking, and UAP mentions from public Reddit and Google News feeds, then normalizes them into pending OSINT reports.

Report ID Submitted Event Date / Time Location Source Status Observed Signal
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