LAST-Fire deploys autonomous towers with cameras, edge AI, independent power and satellite comms — spotting and geolocating fires the moment they ignite, anywhere.
Quick and easy to set-up, with minimal infrastructure required
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Already deployed with three Civil Protection Agencies & Ministries in Greece, with deployments across several geographical areas.
Deployed in mainland Greece and across Greek islands.
FireGuard systems are already deployed and operational with three civil protection agencies and ministries, watching over numerous geographical areas across diverse terrain — protecting real landscapes, every day.
The FireGuard suite
Detection towers
Autonomous fire-detection towers that spot and geolocate ignitions the moment they start.
Command & control
The command & control platform that verifies, maps and coordinates every detection in real time.
The problem
Most wildfires are still spotted by chance — by lookouts, hikers or satellites that pass overhead hours apart. In remote terrain with no power and no connectivity, detection is slow and locations are imprecise, costing responders the window when a fire is still containable.
LAST-Fire closes that gap with permanent, autonomous eyes on the landscape — detecting, verifying and geolocating ignitions before they become disasters.
The detection ecosystem
No single technology watches a landscape alone. Satellites, drones, lookouts and camera networks each see part of the picture — and each goes blind exactly when conditions turn dangerous. Clouds obscure satellites. Wind grounds drones. Night defeats the human eye. Remote terrain cuts the connection cloud cameras depend on.
Autonomous towers are the layer that never leaves its post. LAST-Fire is engineered for the worst day of the fire season — because that's the day that decides everything.
How it works
Towers sweep the horizon 24/7, watching for the first sign of smoke or flame across vast terrain.
Step 1
On-board AI classifies smoke and fire in real time — no connectivity required to make the first call.
Step 2
Detections are triangulated and pinned to exact coordinates, with high-end optical and thermal confirmation.
Step 3
Verified incidents flow straight to your command & control dashboard and on to responders.
Step 4
Towers sweep the horizon 24/7, watching for the first sign of smoke or flame across vast terrain.
On-board AI classifies smoke and fire in real time — no connectivity required to make the first call.
Detections are triangulated and pinned to exact coordinates, with high-end optical and thermal confirmation.
Verified incidents flow straight to your command & control dashboard and on to responders.
Book a live demonstration with our team and walk through a real detection-to-alert workflow on the command & control platform.