
Industries
Protecting the people, places and assets fire threatens most.
FireGuard scales from a single estate to a national surveillance network — wherever early detection saves lives, landscapes and infrastructure.

FireGuard for Utilities
Shield critical utility networks with autonomous LAST-Fire towers and the FireWeb C2 platform — continuous monitoring of the wildland around the assets you operate.
- Protect transmission corridors, substations and pipelines from wildfire threat.
- Detect ignitions caused by infrastructure faults in the first minutes.
- Permanent, off-grid surveillance where patrols and lookouts can't reach.

FireGuard for Civil Protection and Fire Brigades
From regional fire services to national civil protection ministries, FireGuard puts a live, common operating picture in the control room so engines roll while a fire is still small.
- Give crews their earliest possible warning — verified, geolocated incidents.
- Blanket high-risk regions with permanent, autonomous surveillance.
- Coordinate a national response from a single FireWeb C2 picture.

FireGuard for Energy Infrastructure
Safeguard high-value energy infrastructure with autonomous resilience — LAST-Fire towers detect and geolocate fire risk before it threatens generation and storage assets.
- Watch over solar farms, wind sites and generation assets year-round.
- Early thermal detection of faults and ignitions, day and night.
- Self-sufficient towers with solar power and satellite comms.

FireGuard for Private Citizens
Protect what's yours with the same autonomous detection trusted by civil protection — quiet, off-grid towers watching the wildland-urban boundary around your home.
- Safeguard estates, vineyards, resorts and rural communities.
- Discreet, self-sufficient monitoring of the surrounding wildland.
- Precious extra minutes to evacuate and defend at-risk property.
See LAST-Fire detect a fire before it spreads.
Book a live demonstration with our team and walk through a real detection-to-alert workflow on the command & control platform.