Technology Observables

The Technology framework descends from the "five observables" articulated by Luis Elizondo from AATIP's analysis, extended with a sixth for biological effects. Each is a specific, measurable signature — not a synonym for "weird."

import { TECHNOLOGY_OBSERVABLES, TECHNOLOGY_OBSERVABLE_IDS } from '@disclosureos/observables';

The six observables

TO-1 — Anti-Gravity Lift

Object appears to overcome gravitational force without conventional propulsion — no wings, rotors, exhaust, or visible means of lift. Detection signals include sustained hover with no downwash, no thermal propulsion signature, and silent operation. Methods: FLIR/IR imaging, Doppler radar, ground-level pressure sensors, acoustic monitoring.

TO-2 — Instantaneous Acceleration

Acceleration far beyond known aerospace capability — estimated hundreds to thousands of g with no apparent inertial effects (F-18 sustained max: ~9g; SCU's Nimitz analysis estimated accelerations from ~40g to hundreds of g, with some maneuvers reaching into the thousands). Signals: extreme velocity change over minimal time, hover-to-hypersonic in under a second, acute-angle turns at speed. Methods: multi-radar track correlation, frame-by-frame video analysis, Doppler measurements.

TO-3 — Hypersonic Velocities Without Signatures

Mach 5+ travel without sonic boom, heat signature, or plasma sheath — violating known atmospheric physics. Methods: acoustic sensor networks, IR imaging of the leading edge, radar velocity profiling.

TO-4 — Low Observability

The object evades or confounds multiple sensor modalities simultaneously — radar, infrared, visual, and electromagnetic systems fail to maintain a consistent track. The signature is cross-modal inconsistency, not mere stealth.

TO-5 — Transmedium Travel

Transition between air, water, and/or space without structural reconfiguration, speed loss, or medium-transition effects. Signals: continuous radar/sonar track across the boundary, no splash or cavitation signature.

TO-6 — Biological Effects

Proximity causes measurable radiological, energetic, or physiological effects on organisms — burns, nausea, cellular damage, or other medical sequelae. Methods: medical examination, dosimetry, site radiological survey.

Using the definitions

Every entry carries its full definition — render them in UIs, cite them in reports:

const def = TECHNOLOGY_OBSERVABLES.transmedium_travel;

def.scientificBasis;   // why this violates known physics
def.detectionSignals;  // ['Continuous track across medium boundary', ...]
def.methods;           // ['Combined radar + sonar correlation', ...]
def.references;        // published analyses to read

Companions follow the standard pattern:

import {
  TECHNOLOGY_OBSERVABLE_IDS,     // ['antigravity_lift', ...]
  TECHNOLOGY_OBSERVABLE_LABELS,  // { antigravity_lift: 'Anti-Gravity Lift', ... }
  isTechnologyObservableId,
  formatTechnologyObservable,    // id → 'Instantaneous Acceleration'
  formatObservableCode,          // id → 'TO-2'
} from '@disclosureos/observables';

Claiming a technology observable

import { createObservableClaim } from '@disclosureos/observables';

observation.observableAssessments = {
  technology: {
    transmedium_travel: [
      createObservableClaim('documented', {
        confidence: 0.6,
        rationale: 'Subsurface radar returns reported on departure.',
        evidenceRefs: ['sensor:princeton-spy1-radar'],
      }),
    ],
  },
};

See Claiming Observables for choosing levels and confidence honestly.