Multi-Spectrum Detection
Spatial Triangulation
Targeted Ballistic Discharge
Thermal Verification Cutoff
Tri-band IR3 flame sensors and calibrated thermal arrays identify hydrocarbon or chemical ignition signatures in under 800 milliseconds, bypassing ambient factory heat.
Embedded processors correlate stereo telemetry to calculate exact spatial Cartesian coordinates of the thermal core, modeling clear line-of-fire vectors across high-bay machinery.
Continuous optical radiometric analysis monitors core flame collapse, actuating high-pressure motorized valves to stop water discharge instantly upon verified flame neutralization.
Dual-axis brushless servo actuators aim the nozzle directly at the fuel base, initiating an anchor-flank-pinch stream pattern at 1,500 gallons per minute without room-wide soaking.
Zero-Latency Air-Gapped Logic
Every targeting calculation, motion cycle, and valve trigger operates on industrial-grade local solid-state hardware. Zero network latency, zero external telemetry dependency, and zero remote attack vectors.
High-Hazard Facility Deployments
Examine verified field installations across aviation hangars, petrochemical storage yards, automated logistics racks, and lithium-ion processing cells.