Aviation context
Free public flight, weather, and map context
PROJECT PHOENIX · INNOVATION CENTER
Building the intelligence layer for every bag journey.
A developer-led exploration of GIS, AI, automation, and aviation technology—designed as a credible demonstration, not a claim of deployed integration.
PI
DEVELOPER
Paul Iyogun
Developing BAG-DNA OS through ETL GIS Consulting LLC, with a focus on spatial intelligence, explainable automation, aviation operations, and trustworthy evidence systems.
GISAIAutomationAviation technologyBaggage operations generate events. Operators need memory.
Fragmented scans can describe isolated moments without explaining custody continuity. BAG-DNA explores a persistent bag identity that connects operational context, evidence, and recovery action.
The vision is global in relevance and intentionally grounded: this release uses controlled baggage demonstration records and labels them clearly.
SYSTEM ARCHITECTURE
Six connected intelligence layers
Bag identity
Persistent demonstration identity and journey memory
Custody ledger
Hash-linked, append-only evidence design
Intelligence
Deterministic, explainable incident reasoning
Digital twin
Geospatial corridor and airport-zone reconstruction
Evidence
Reviewable event references and decisions
From security controls to Mission Control.
Security foundation
Tenant-aware authorization, custody hashing, audit posture
Aviation context
Public geospatial and weather context with failure boundaries
Incident workflow
Operator-led evidence inspection and recorded decisions
Project Phoenix
Fullscreen mission environment and BAG-DNA Memory
RESEARCH ROADMAP
The runway ahead
Forward-looking areas for evaluation—not announced enterprise integrations or deployment commitments.
- 01Airport digital twin
- 02BAG-DNA Protocol
- 03Enterprise integration research
- 04SDK
- 05Developer sandbox