World signals
Aircraft, vessels, satellites, earthquakes, weather, transit, fires, infrastructure, cameras, traffic, radio, and launch data—subject to source availability and policy.
An open spatial-signal workspace that brings live public world data, environmental context, event correlation, and saved views into one globe.
These are implemented product surfaces. Provider availability, credentials, freshness, and license policy still determine which individual layers can answer.
Aircraft, vessels, satellites, earthquakes, weather, transit, fires, infrastructure, cameras, traffic, radio, and launch data—subject to source availability and policy.
NOAA and NWS alert polygons, regional MRMS radar, a global weather-satellite mosaic, earthquakes, and bounded fire detections.
Correlates normalized events with nearby live and reference layers while keeping source, time, and freshness state visible.
Save and restore map state, layer selections, camera position, annotations, and shareable view state in the current browser.
Atlas keeps each provider and layer distinct instead of flattening everything into an unexplained map marker.
Aircraft, selected military ADS-B, vessels, airports, ports, and live traffic context.
SOURCE-DEPENDENTEarthquakes, NWS alerts, NOAA radar, satellite weather imagery, fires, and surface observations.
SOURCE-DEPENDENTTransit feeds, cameras, datacenters, dams, power context, installations, and City Packs.
SOURCE-DEPENDENTSatellites, orbital context, launch activity, and mission-oriented globe views.
SOURCE-DEPENDENTEvery source can move through explicit freshness and availability states.
Atlas is an active authenticated beta, not a hardened multi-tenant operations platform.
Tracernet Atlas is derived from Bilawal Sidhu’s God’s Eye View project. The fork preserves attribution and upstream-compatible internal contracts while adding Tracernet product and deployment boundaries.