Hazardous-materials response with no guessing at exposure.
A chemical incident punishes assumption more than almost any other kind of emergency. Sentia Chem puts SentiaCore's belief-first reasoning and rehearsal loop in front of the decision that actually carries the risk — before a robot or a person gets close.
Named hazard classes
Chemical drums and gas cylinders are tracked as explicit hazard classes, not folded into a generic alert — a commander always knows what kind of risk a reading represents.
Containment, rehearsed first
A containment or cut-power plan is run forward on the twin before it's trusted, scored against doing nothing — the same rehearsal discipline as any other SentiaCore action.
No premature all-clear
A zone that was once sensed hazardous stays questioned, never silently marked safe just because the system hasn't looked again recently.
Human-held final call
The safety gate and a human commander's override apply exactly as they do everywhere else in SentiaCore — a chemical incident gets no fewer checks, only more informed ones.
An assumption about a leak is a decision you can't take back.
Sentia Chem inherits SentiaCore's hard rule: a hazard reading ages, and a stale confirmation is never treated as a fresh one. A zone the team sensed as contained ten minutes ago is not the same claim as a zone sensed as contained right now — and the system never lets one stand in for the other.
- Every hazard reading carries its own freshness, visible to the commander, not hidden inside a single yes/no flag.
- A robot can be tasked to re-verify a stale reading before a plan commits to it.
- The twin distinguishes confirmed exposure from forecast spread, so a response doesn't overreact to a prediction or underreact to a confirmed reading.
Talk to us about your hazardous-materials scenarios.
We'll walk through how the rehearsal loop applies to your specific site and materials.