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M6 // Loc-Geist Physics Module

DISCLOSURE_UPLINK

READY

Synthesis aggregation pipeline for human operator review

Module Overview

DISCLOSURE_UPLINK is the terminal node of the Loc-Geist analysis pipeline. It does not generate its own sensor data — instead, it aggregates, synthesizes, and formats the outputs of all upstream modules (IONIC_FLUX, ELECTRON_DRIFT, FORCE_HIERARCHY, NEUTRAL_VOID, LORENTZ_FIELD) into structured reports suitable for human operator review and archive commitment. When any upstream module triggers an escalation event, DISCLOSURE_UPLINK receives the flagged data bundle, applies a final coherence check, and routes it to the appropriate output channel.

Parameters

Upstream Modules5 (all active)
Staging Queue Depth47 events
Coherence Threshold≥ 3 modules
Reports Generated1,847 total
Archive Commit Rate73%
Current StatusREADY

How It Works

01

Event Aggregation

All upstream escalation events are received as structured data bundles. Events are tagged with source module, timestamp, GPS coordinates, confidence score, and raw sensor readings.

02

Coherence Scoring

Bundles are cross-examined across modules. Events supported by multiple independent modules receive higher coherence scores. Single-module events are held in a staging queue for 24 hours before routing.

03

Report Generation

High-coherence events trigger automated report generation in the Observatory standard format: header metadata, physics summary, raw data appendix, and operator action recommendations.

04

Archive Commitment

Operator-approved reports are committed to the permanent sightings archive with cryptographic hash sealing. Rejected reports are logged with rejection reason and returned for module recalibration.

Core Physics Expression

Score = Σ(w_i · C_i) / N where C_i = module confidence, w_i = weight

The coherence score is a weighted average of per-module confidence values. Events with scores above the commitment threshold are routed for operator review. Below-threshold events are staged for reconsideration or recalibration.