WILDFIRE
Built for Rapid Wildfire Response
FireSwarm develops autonomous ultra heavy lift wildfire support systems designed for environments where smoke, terrain, visibility, and operational risk limit traditional aviation response. Combining dynamic mission coordination, swarm enabled autonomy, and heavy payload transport, the platform supports suppression, logistics, resupply, and emergency operations while helping agencies sustain wildfire response with greater speed, flexibility, and operational continuity.
Faster Response. Safer Operations. Greater Control.
Rapid Initial
Containment
Deploy aerial suppression and support operations quickly to help slow fire growth during critical early response periods.
Continuous Aerial Coverage
Maintain operational capability in smoke, low visibility, remote terrain, and changing wildfire or prescribed burn conditions.
Reduced Frontline Exposure
Reduce risk to aviation crews and responders by shifting high exposure operations to autonomous systems.
| Current Reality | FireSwarm Response | Why It Matters |
|---|---|---|
| Aircraft are grounded by smoke, darkness, or unsafe flying conditions | Autonomous operations continue in low visibility environments |
Maintain wildfire support when traditional aviation cannot operate |
| Fire crews face delays reaching remote or fast moving fire zones | Rapid deployment and autonomous aerial logistics support |
Faster operational response and improved coordination |
| Helicopters are expensive and limited by crew availability | Multi drone coordination enables scalable support operations |
Extend operational capacity with fewer constraints |
| Small drones lack meaningful payload capability | Ultra heavy lift transport supports suppression and logistics missions |
Deliver operationally relevant payloads where needed |
| Crews are exposed to dangerous transport and support tasks | Autonomous systems reduce high exposure operational activity |
Improve personnel safety during active wildfire response |
| Wildfire operations become harder to sustain during extended incidents | Continuous mission coordination and dynamic retasking |
Support longer duration operations with greater consistency |
Closing Critical Wildfire Gaps
What Our Partners Are Saying
A New Standard for Wildfire Response
FireSwarm’s proprietary mission coordination platform enables a single operator to supervise multiple ultra heavy lift aircraft simultaneously through dynamic mission planning, autonomous execution, and real time operational awareness. Designed for wildfire environments that demand speed, flexibility, and continuous coordination, the platform helps agencies expand response capability while integrating within existing command structures and operational workflows.
We’re Proud to be an Autonomonus Wildfire Response XPrize Finalist & Alumni
Team FireSwarm Solutions is proud to be one of only 5 teams worldwide to to be an XPRIZE Wildfire Finalist. This recognition is a validation of our approach from a global panel of experts and reinforces the impact and relevance of our solution in the future of wildfire defence.
Team FireSwarm executes XPRIZE Wildfire Semi Finals with ACC Innovation Fire Wasp in Vastervik, Sweden
Conservation X Labs Fire Grand Challenge Finalist
FireSwarm is one of only 12 finalists in the Fire Grand Challenge, a global initiative by Conservation X Labs to accelerate groundbreaking wildfire solutions.
Each finalist team in the Grand Challenge is made up of a technical applicant (who designed the solution) and a place-based community (who will co-develop and support field testing).
We’re proud to partner with Cheslatta Contracting Limited Partnership, a Cheslatta Carrier Nation company based in Burns Lake, BC. With their deep local knowledge and expertise, our collaboration will help shape FireSwarm’s technology where it matters most — on the ground, in community.