Automated damage control in dangerous compartments

How could autonomous damage-control drones cope with unpredictable battle damage?

They could train against many simulated failures, share every machine's experience, and first mature through human-operated exoskeletons that solve shipboard size, power, and control problems.

Shipboard damage control suits automation because each incident can add to a shared base of experience. A strong machine might work against high-pressure flooding, reshape damaged material, or hold a repair in place where people face severe physical limits. A failed repair drone can pass what it learned to the next machine without necessarily losing the wider battle. A practical route begins with human-operated protective exoskeletons designed for a warship's corridors and power limits, followed by more autonomous systems as their control improves.