📱 BLIS-D TECHNOLOGY — APP ANALYSIS

BLIS-D: The Mobile Command Layer That Turns Every Smartphone Into a CBRN Battlespace Terminal

How UAM KoreaTech's Biological-Hazard Localization and Identification System — Detection is redefining field CBRN situational awareness

The Problem: CBRN Situational Awareness at the Edge

In a chemical, biological, radiological, or nuclear incident, the first minutes determine survival outcomes. Traditional CBRN detection systems were designed for fixed installations or vehicle-mounted units — individual dismounted soldiers had no real-time CBRN data visualization. BLIS-D addresses this gap, transforming any iOS or Android device into a real-time CBRN situational awareness terminal — displaying live sensor data from CBRN-CADS-equipped drones, plotting contamination zones on tactical maps, and pushing alerts when personnel approach hazard thresholds.

Core Features: BLIS-D Capability Architecture

🗺️ Live Tactical Map

Real-time contamination zone visualization overlaid on satellite/tactical map. Hazard boundary calculated from HPAC dispersion model.

⚠️ Personnel Alert System

GPS-based proximity alerts when personnel approach hazard zones. Three-tier alert: advisory → warning → critical evacuation.

📡 Sensor Data Feed

Live feeds from CBRN-CADS drone sensors and ground-based IoN detectors. Agent classification, concentration, and confidence level displayed.

🔗 ATAK/Lattice Compatible

CBRN sensor data exportable to ATAK and Lattice platforms for coalition interoperability.

Market Application: Military, Civil Defense, and Industrial Safety

BLIS-D's addressable market spans three sectors: military (ROK Army CBRN units, FMS to allies), civil defense (fire departments, HAZMAT teams), and industrial safety (chemical plants, nuclear facilities — subscription revenue potential). The trend toward drone-delivered chemical agent dispersal expands BLIS-D's military relevance significantly, positioning it uniquely against single-function CBRN apps lacking unmanned systems interface layers.

📎 Sources

• Army.mil: Autonomy in Action — Advancing CBRN Defense Capabilities with Unmanned Systems
• DSI Group: Joint CBRN Symposium 2026 (Washington D.C., March 10-11)
• CBRNeWorld.com: CBRNe Convergence Canada 2026

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