Problem
Baggage identity and custody are fragmented across paper tags, siloed systems, physical handoffs, and weak passenger evidence.
Aviation identity infrastructure
Turn baggage uncertainty into operational trust.
BAG-DNA OS is the identity, evidence, and geospatial intelligence layer for checked baggage—starting with a credible Nigeria aviation wedge and expanding into global airport infrastructure.
Why now
Computer vision, low-cost identity hardware, modern GIS, and regulatory demand make an identity-first operating layer practical.
Market
Airports, airlines, handlers, customs, security agencies, insurers, and passengers share the cost of baggage uncertainty.
Product wedge
Begin with high-value identity, custody, exception, and claim evidence across a controlled Nigeria corridor pilot.
Pilot strategy
Prove fewer custody blind spots, faster exception investigation, stronger claims evidence, and reusable integration patterns.
Revenue model
Annual platform licensing, airport deployment services, airline and agency modules, managed GIS, and hardware-enabled identity programs.
Expansion path
Land with evidence. Expand with infrastructure.
01
Nigeria pilot
LOS and ABV operational proof across domestic and international corridors.
02
Airport network
Replicable identity and intelligence patterns across Nigerian gateways.
03
Airline adoption
Shared custody evidence across stations, partners, and claims teams.
04
Global trust layer
Interoperable baggage identity and risk intelligence across borders.
Operational scale roadmap
Capital turns a working wedge into governed infrastructure
Operational foundation
Continuity-protected intelligence layers, operational dashboards, identity records, geospatial context and evidence workflows.
Enterprise investment
Security architecture, governed data, live airline and airport interfaces, certified identity hardware, computer-vision validation, regulatory alignment, and measured pilot outcomes.