In red flag conditions, there’s a narrow window right after a wildfire ignites — roughly 20 minutes — where a well-positioned initial attack can still stop the fire. Miss that window, and you’re no longer talking about suppression… you’re working on evacuation.
The problem is that it is almost impossible for modern firefighting equipment to get there in time.
The agencies doing the hardest work in wildfire response are chronically under-resourced, spread thin across multiple incidents, and dependent on aircraft and ground crews that take time to mobilize. During peak fire season, red-flag conditions mean a single spark can blow into a thousand-acre fire within hours. The gap between ignition and first response is often the difference between a contained incident and a community-level disaster.
That gap is exactly what Stuart Landesberg is building Seneca to close.
I spent a day in the field with Stu and his team, and I watched as they set a Sonoma field on fire. With a press of a button on a tablet, I was able to put it out with their autonomous drone system. The system is built for exactly the high-risk, low-resource moments where fire agencies need options most: it deploys with just one or two operators, can get on scene fast, and can run a sustained suppression effort for 30 to 40 minutes while ground crews mobilize or handle other incidents.
See the future of aerial firefighting in our latest episode of Disasterproof.
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