Technology
Autonomous resilience, engineered for the wild.
LAST-Fire combines sensing, on-board intelligence, off-grid power and resilient communications into a single self-sufficient tower — backed by a command & control platform built for fire operations.
The detection ecosystem
Why towers are a must for any fire-detection architecture.
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.
The autonomous tower
Each LAST-Fire tower is a complete, self-contained sensing node — drop it on a ridge and it watches over the wilderness on its own.
High-end optical + thermal
High-zoom optical sensors detect smoke plumes in daylight; long-wave thermal imaging detects heat signatures through darkness and low visibility.
Edge AI compute
A ruggedised on-board computer runs detection and classification models locally, so the tower makes confident calls even with zero connectivity.
Independent energy
Solar arrays paired with battery storage power each tower year-round, with no mains connection and no on-site maintenance crews.
Satellite communications
Integrated satellite uplink delivers alerts and imagery from the remotest terrain, beyond the reach of cellular networks.
How it works
From ignition to alert in a single autonomous pipeline.
Autonomous scanning
Towers sweep the horizon 24/7, watching for the first sign of smoke or flame across vast terrain.
Step 1
Edge-AI detection
On-board AI classifies smoke and fire in real time — no connectivity required to make the first call.
Step 2
Precise geolocation
Detections are triangulated and pinned to exact coordinates, with high-end optical and thermal confirmation.
Step 3
Instant alerting
Verified incidents flow straight to your command & control dashboard and on to responders.
Step 4
Autonomous scanning
Towers sweep the horizon 24/7, watching for the first sign of smoke or flame across vast terrain.
Edge-AI detection
On-board AI classifies smoke and fire in real time — no connectivity required to make the first call.
Precise geolocation
Detections are triangulated and pinned to exact coordinates, with high-end optical and thermal confirmation.
Instant alerting
Verified incidents flow straight to your command & control dashboard and on to responders.
FireWeb C2 — the command & control platform
Everything operators need to run fire surveillance at scale: a live 3D map of every tower and sector, real-time tracks, an incident feed with precise coordinates, and a complete asset trail of high-end optical and thermal imagery for each detection.
- Map view & video wall across the entire fleet
- Incident management with verification workflow
- Per-tower camera control: azimuth, elevation, zoom
- Exportable assets and full incident audit history
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.