The path to every hydrant stays clear — and someone always knows when it is not.
A camera watches each fire hydrant through a virtual line. Anything left on that line raises an alert to the area in-charge, then escalates level by level — up to WhatsApp — until it is cleared, with a record of every obstruction and how long it stayed.
A camera watches each fire hydrant through a virtual line. Anything left on that line raises an alert to the area in-charge, then escalates level by level — up to WhatsApp — until it is cleared, with a record of every obstruction and how long it stayed.
A virtual line is drawn around each hydrant on an existing camera.
Anything left on the line is noticed within seconds.
The area in-charge is alerted first, then the next level, up to WhatsApp.
The alert closes when the path is clear; the time to clear is recorded.
Every figure comes from the machine, the camera or the station itself — recorded as it happens, not typed in at the end of the shift.
The first alert, with the snapshot
Open obstructions and escalations
Zones that keep blocking hydrants
A record of every obstruction
A view from a camera the plant already has, or a new one.
A GPU machine on the plant network.
The people for each level, and WhatsApp numbers.
A virtual line around each hydrant on its camera.
Who is told first, next and last, and after how long.
Reports by zone and time to clear.
No. Only something left on the line for longer than the set time raises an alert.
Yes, where the camera sees the hydrant and its path.
People in vehicle zones and missing PPE — flagged as it happens.
See the module →Every machine, live — and the real reason it stopped.
See the module →Every unit scanned at every station. Nothing skips a stage.
See the module →Tell us about your plant and what you want to see. We visit, connect one machine or station, and you watch your own data in MOS before anything is quoted.