Compact halo
Red, orange, amber or plasma-like emission, sometimes with a darker center or bright rim.
Evidence model
HEDHub is built around a narrow evidence target: compact red/orange luminous events that can be captured, rejected, tracked, compared and triangulated by instruments.
Red, orange, amber or plasma-like emission, sometimes with a darker center or bright rim.
Hover, lateral travel, direction change, tandem geometry, relative rotation or fade behavior.
Every event must survive aircraft, satellite, meteor, reentry, drone, lantern, flare, bokeh and media-artifact checks.
These verified sources define the capture target. The next step is not internet debate; it is synchronized station capture, geometry, spectroscopy and multi-sensor analysis.
Signature: orange plasma-like orb; mountain behind; horizontal path toward the sea.
Why it matters: witness anchor for the low, red/orange, terrain-referenced profile.
Source: DVIDS / AARO / FBI. Two bright red sources, hover, relative rotation.
Why it matters: official visible case with two-source geometry.
Source: DVIDS / AARO / FBI. Plasma-like sphere, hover, form/luminosity change.
Why it matters: visible core over water with changing structure.
Source: DVIDS / AARO / FBI. Red sphere, white plasma-like center, low altitude, tandem/fusion.
Why it matters: strongest official mirror of the Altea witness profile and the first HEDHub capture target.
Verified sightings map
The map is built from source-linked records that match or support the Foo Fighter phenotype. Balloons, fireworks, meteors, aircraft lights, lanterns, drones, bokeh and weak viral clips are rejection targets, not evidence anchors.
Best rows for defining the target phenotype.
Sensor, historical bridge or related mode that supports the phenotype model.
Older source-linked language and behavior references for torch, shield and compact luminous forms.
Kept to train the filter and prevent balloons, meteors, aircraft, lanterns or artifacts from defining the target.
Full tables remain available for reviewers who need row-level detail.