Hours of warning,
not minutes.
Smoke alarms react after smoke hits the ceiling. By then the fire owns the building. We read heat buildup at floor level, track who is still inside when the alarm sounds, and hand the fire service a live picture instead of a rumour.
Heat rises become alerts before ignition. Long before smoke is anywhere near a ceiling sensor.
Live per-zone occupancy, sent to the fire service the moment an alarm triggers. They walk in knowing where everyone is.
One forensic package per incident. Heat timeline, occupancy log, evidence — ready for insurer and investigator on day one.
Six layers. One coordinated response.
Detection is half the job. Once a threat threshold is crossed, the platform moves on its own — guiding people out, putting eyes overhead, and looping in responders before any human picks up a phone.
Floor-level heat picked up hours before convection lifts smoke to a ceiling sensor. Sees through dust and steam where optical detectors fail.
Through-wall occupancy without cameras — privacy-first by design. Tells the fire service exactly which rooms still have people in them.
Knows what 'normal' looks like for your site at this hour, on this day. Propped doors, blocked exits, charging anomalies — flagged daily.
Endangered occupants get a personal SMS the moment threshold is crossed — with the safest live exit route, computed from real-time occupancy and where the heat actually is.
Dispatched from the dock the second the alarm trips. Aerial confirmation, live evidence capture, and a thermal eye on the seat of fire — without sending a person near the heat.
Targeted PA on the ground + automatic callout to keyholders and the fire service. The right people hear the right message before the panel finishes ringing.
Built for the way fires actually start. Not the way the alarm catalogue says they do.
Same brain. Different sites.
The fire service walks in knowing what every other service has to guess.