Autonomous foam pods for fire chiefs. Zero crew risk.
Manual dispatch and ground crews cannot reach intense flashpoints quickly enough. Aerial tankers take hours to coordinate, leaving initial fire spread uncontrolled.
Manned aircraft are grounded after dark, leaving fires unattended overnight.
Severe risk for human pilots flying low over rugged, smoky terrain.
Hours to coordinate tankers, engines, and crews across agencies.
Drones reach coordinates instantly, keeping firefighters out of harm's way.
Compressed air foam suppresses spot fires more effectively than water drops.
Autonomous docks and drones operate 24/7, eliminating night-time grounding gaps.
Thermal detection triggers instant swarm launch, no manual coordination.
Continuous feed from EU satellite feeds and ground sensors. Automated drone route generation avoiding thermal updrafts keeps swarms safe and precise.
Avoids thermal updrafts automatically, ensuring stable flight paths.
Battery health and swap dock status, monitored live from command.
Precision compressed air foam drops, triggered via incident command portal.
Incident command portal with real-time drone positions and fire spread.
Multi-drone relay coordination for large-scale incidents (roadmap).
Direct to coordinates, zero human risk
Compressed air foam vs. plain water drops
Autonomous docks, no night-time grounding
Satellite and thermal feeds identify a hotspot, triggering the swarm automatically.
Drones deploy from dock stations, navigating around thermal updrafts to the exact coordinates.
Compressed air foam coats fuel loads 5x more effectively, containing the spot fire before crews arrive.
Single autonomous pod station
Multi-pod regional deployment
Custom multi-region fleet
Join the waitlist for a research pilot across high-risk forestry corridors.
Sub-3-minute response from thermal detection to drone launch. The system triggers automatically without manual dispatch.
Drones operate 24/7, unaffected by darkness. Autonomous docking and battery swap ensure continuous readiness.
Compressed air foam coats fuel loads 5x more effectively than plain water, suppressing spot fires rapidly and preventing spread.
Yes, we maintain FedRAMP Moderate, SOC 2 Type II, and Section 508 compliance. Data residency assurances available.
We partner with municipal civil defense and engineering universities for non-binding research pilots across high-risk corridors.
Autonomous foam pods for fire chiefs. Zero crew risk.
Manual dispatch and ground crews cannot reach intense flashpoints quickly enough. Aerial tankers take hours to coordinate, leaving initial fire spread uncontrolled.
Manned aircraft are grounded after dark, leaving fires unattended overnight.
Severe risk for human pilots flying low over rugged, smoky terrain.
Hours to coordinate tankers, engines, and crews across agencies.
Drones reach coordinates instantly, keeping firefighters out of harm's way.
Compressed air foam suppresses spot fires more effectively than water drops.
Autonomous docks and drones operate 24/7, eliminating night-time grounding gaps.
Thermal detection triggers instant swarm launch, no manual coordination.
Continuous feed from EU satellite feeds and ground sensors. Automated drone route generation avoiding thermal updrafts keeps swarms safe and precise.
Avoids thermal updrafts automatically, ensuring stable flight paths.
Battery health and swap dock status, monitored live from command.
Precision compressed air foam drops, triggered via incident command portal.
Incident command portal with real-time drone positions and fire spread.
Multi-drone relay coordination for large-scale incidents (roadmap).
Direct to coordinates, zero human risk
Compressed air foam vs. plain water drops
Autonomous docks, no night-time grounding
Satellite and thermal feeds identify a hotspot, triggering the swarm automatically.
Drones deploy from dock stations, navigating around thermal updrafts to the exact coordinates.
Compressed air foam coats fuel loads 5x more effectively, containing the spot fire before crews arrive.
Single autonomous pod station
Multi-pod regional deployment
Custom multi-region fleet
Join the waitlist for a research pilot across high-risk forestry corridors.
Sub-3-minute response from thermal detection to drone launch. The system triggers automatically without manual dispatch.
Drones operate 24/7, unaffected by darkness. Autonomous docking and battery swap ensure continuous readiness.
Compressed air foam coats fuel loads 5x more effectively than plain water, suppressing spot fires rapidly and preventing spread.
Yes, we maintain FedRAMP Moderate, SOC 2 Type II, and Section 508 compliance. Data residency assurances available.
We partner with municipal civil defense and engineering universities for non-binding research pilots across high-risk corridors.