From NBC report to live 3D hazard picture in seconds. Agent-specific physics, wind-driven dispersion, automatic route avoidance — streamed to every connected viewer.
A chemical release is reported at a forward operating base. The CBRN recon team is en route. Downwind units need immediate routing guidance.
An NBC1 report arrives via NATO message format. The system parses the report, identifies the agent as GB (sarin), and resolves its physical properties — vapor pressure curve, molar mass, AEGL-3 threshold of 0.38 mg/m3.
The World Model initiates contamination physics. Wind data drives advection. Terrain channels the plume through a valley. The 3D hazard volume evolves at 30Hz. Ground deposition accumulates on surfaces. Dosimetry tracking begins for entities in the affected area.
Within seconds, every connected viewer sees the live plume. The corridor planner recalculates safe routes around the evolving hazard. The safety field updates. Downstream units receive updated routing automatically. The CBRN recon team sees the predicted plume boundary on their tablet before they arrive.
As the team reports sensor readings from the ground, those observations are injected back into the simulation, refining the model against reality.