A wildfire is defined in its first minutes: long before flames are visible for miles, there is a critical window to raise the alert. CSM combines autonomous vision on the ground with public satellite data — NASA FIRMS and CONAF information — to monitor infrastructure and its surroundings, and to alert in time where there is no power grid and no connectivity.
The first minutes of a fire define its reach. Detecting smoke or thermal anomalies within that window makes it possible to alert before the fire escalates. Continuous monitoring turns those minutes into actionable information.
GUARDIÁN runs on autonomous power and autonomous connectivity: it watches where there is no grid and no coverage. Continuous perimeter vision over the infrastructure and its surroundings, with point-to-point encryption on every transmission.
Local vision is cross-checked against thermal hotspots detected from orbit: public NASA FIRMS data and CONAF information. Two independent layers that confirm each other and help reduce false alarms.
CSM monitors and alerts with evidence: image, time and context. The operational response belongs to the competent authorities and agencies. The value lies in shortening the time between ignition and the first warning.
The satellite sees wide; the ground sees early. A satellite hotspot confirms what the camera already observed; a local visual anomaly anticipates what the satellite will confirm later. Crossing both sources — autonomous perimeter vision and public data — delivers alerts that are earlier and more reliable than either layer on its own.
Critical infrastructure in wildland-urban interface zones coexists with vegetation, wind and increasingly long dry seasons. There, an autonomous unit watches the asset's perimeter and its immediate surroundings, with no dependence on the power grid or third-party connectivity. Every event is recorded with traceable evidence: what was seen, when, and from where the alert was raised.
Early detection rests on the CSM ecosystem: GUARDIÁN watches on the ground, SW6 processes the data with end-to-end traceability, and ATLAS provides the digital twin of the site to give context to every monitored asset.