MODEL_01
Digital Baggage Identity
Persistent BAG-DNA ID binding passenger reference, journey, physical fingerprint, weight, dimensions, tag, and seal attestations.
Operating protocol · MVP 2.0
BAG-DNA OS technical framework
A database-ready identity and custody protocol for issuing, binding, tracking, verifying, and investigating checked baggage.
01
Issue a digital baggage identity at check-in
02
Bind passenger, flight, physical bag, tag, RFID, NFC, rotating QR, seal, and visual fingerprint
03
Verify every checkpoint scan against expected route and custody state
04
Detect credential, weight, visual, seal, route, zone, or staff mismatch
05
Preserve an event-generated, hash-linked evidence trail
06
Give passengers trusted, privacy-conscious visibility
MODEL_02
Chain-of-custody model
Append-only checkpoint events with actor, time, zone, sensor evidence, confidence, and linked event hash.
MODEL_03
Risk scoring model
Explainable weighted evaluation of route, identity mismatch, seal, delay, zone, staff, claim, and screening signals.
MODEL_04
GIS integration model
ArcGIS-ready operational layers for zones, flows, incidents, geofences, indoor positioning, and streaming telemetry.
MODEL_05
Passenger visibility model
Privacy-minimized journey milestones, last verified location, belt ETA, tamper state, and claim verification.
MODEL_06
Evidence ledger model
Tamper-evident hash chain designed for insurer, regulator, security, and legal evidence export.
MODEL_07
Staff monitoring model
Assignment-aware geofencing and custody interaction analysis with role-based investigative access.
MODEL_08
Tamper seal model
QR, NFC, break sensor, activation, authorization, and integrity state linked to the baggage identity.
MODEL_09
Secure tag model
Public flight-only surface plus encrypted, rotating, expiring machine validation credentials.
MODEL_10
Operational data model
Resilient aviation data services and configurable airport or agency geospatial environments.