The future damage-control system combines supervisory control and data acquisition, temperature and gas sensors, fixed cameras, and remotely triggered suppression. A control room can identify smoke, heat, and likely fire type, recommend the appropriate fog, foam, or other response, and let an operator act without first sending sailors toward the flames. Human teams still train for firefighting and enter afterward to inspect, contain damage, and confirm that the fire is out. Fixed wired cameras are favored over roaming battery-powered drones because they avoid adding lithium batteries to a fire and reduce wireless emissions and hacking exposure. Existing watertight doors and coamings are designed around human movement, making general-purpose damage-control robots harder to introduce than popular concepts imply. Numerous cheap sensors can replace some routine watches while making the remaining crew safer and better informed.
Chapter · 1:31:17-1:42:05
Sensors and remote suppression reduce the danger of firefighting
SCADA data, fixed cameras, and automated fog or foam systems can identify and suppress a fire before sailors enter to inspect and finish the response.