Product development completion and regulatory certification
Traditional suppression methods are failing against accelerated fire spread driven by climate change. Fire seasons have grown 75 days longer, suppression costs have tripled, and 46 million homes now sit within the Wildland-Urban Interface.
Equivalent to the size of Maryland (2020)
Annual federal firefighting expenditure
Lost in the line of duty last year
24–72 hr mobilization allows fires to grow beyond containment
Firefighters in extreme conditions with limited real-time intelligence
Only 30% of fires receive aerial support within the first hour
In January, when the Pacific Palisades and greater Los Angeles region were burning, founders Gabriel and Tyler Klein watched how quickly fires spread in difficult terrain—and how limited early-stage suppression tools are when every minute counts. Seeing helicopters delayed by weather and response times measured in hours, one question became impossible to ignore:
“Why aren’t autonomous drones fighting these fires?”
That moment sparked the beginning of AdAstra Defense. Knowing that co-founder Patrick’s father had experience working on autonomous drone swarm research programs, the brothers set up a meeting to understand the state of autonomy and whether modern commercial technology could be applied to wildfire response.
The core capabilities needed to build fully autonomous wildfire-response systems are now achievable with today’s commercial hardware and original software development—yet no one has integrated them into a purpose-built solution.
Within weeks, the founding team aligned around a mission to develop that solution from the ground up, entirely with new, proprietary technology designed specifically for wildfire suppression.
AdAstra Defense was founded out of a real crisis, a clear gap in public-safety technology, and a team motivated to build the autonomous tools that should already exist.
AI-coordinated drone fleet architecture leveraging advanced artificial intelligence to coordinate multiple UAVs simultaneously, optimizing spatial coverage while maintaining real-time adaptability.
AI-powered thermal imaging and satellite data identify wildfire hotspots before they spread
Autonomous drone swarms launch instantly, coordinating routes and payload delivery without human pilots
Drones deliver precisely targeted suppressant drops to contain and extinguish fires faster with less waste
Achieves ignition point response within 15 minutes of detection
Eliminates hazardous human intervention requirements
Provides continuous mapping, containment, and behavioral analysis
Wildfires progress exponentially during the first 60–120 minutes. Early suppression is the largest determinant of total acreage burned and total economic impact.
Acreage Burned Over Time
Ad Astra drones utilize built-in suppressant tanks with rapid ground refills, enabling a complete suppression cycle in 8–12 minutes and high-frequency sorties during ignition-stage response.
Fire behavior modeling indicates that a 6–12 drone cluster is sufficient to contain most ignition-stage fires before they exceed 30 acres.
Optimal containment requires drones staged within 10 miles of likely ignition zones. A regional network of 20–30 nodes provides sub-15 minute response.
A 10–15 drone node maintains continuous suppressant delivery through coordinated rotation of drop, refill, and redeploy cycles, ensuring uninterrupted pressure during the first 30–60 minutes.
Continuous rotation maintains constant suppressant delivery
Integrated technology platform operating through detection, deployment, and suppression phases with proprietary thermal mapping algorithms.
Advanced AI algorithms for independent decision-making in dynamic fire conditions
Real-time fleet synchronization optimizing spatial coverage and operational effectiveness
Predictive thermal algorithms for hotspot identification prior to uncontainable spread
High-temperature resistant systems for targeted suppressant deployment
Autonomous pathfinding capable of operating in conditions exceeding human safety thresholds
Physics-based synthetic data generation for superior fire detection accuracy
Dual-use technology architecture positioned to capture significant market share across civilian wildfire management and defense applications.
Annual expenditure
Market segment
Addressable market
Complete prototype development and initiate FAA certification processes
Execute pilot programs with strategic agency partners to validate performance
Scale to high-risk wildfire states: California, Oregon, Washington
Pursue federal-level adoption with USFS and BLM
Initiate expansion in Australia and Mediterranean territories
Accelerating FAA certification to access civilian markets while cultivating defense contractor partnerships
Hardware, software, and services combine to create compounding revenue with strong unit economics and long-term customer lock-in.
Integrated swarm package including multiple UAVs, launch infrastructure, and ground control systems.
Annual subscription per deployment zone. Predictive fire analytics, real-time monitoring, and automated dispatch.
Long-term service agreements per regional deployment covering maintenance, training, and operational support.
Co-Founded Infinite Reality ($10.1B exit), 20+ years immersive tech, DARPA OFFSET Program
Executive leader directing vision, strategic partnerships with government agencies
Operational execution, financial modeling, investor relations leadership
Product design and UX for autonomous systems, mission-critical interfaces
Google (7+ yrs), Google Founders Award, DARPA OFFSET autonomous drone swarms
CIO thatgamecompany, Founder Corenova (DARPA swarm systems), Former CTO ClearPath Networks
Former CEO KAO Data, global executive (20+ yrs), commercial strategy & international expansion
Entry into the $42B+ wildfire impact market with first-mover advantage
Prototype development, AI/ML systems, payload integration, field validation
Senior engineering talent, regulatory affairs, 18-month runway
FAA certification, safety testing, compliance documentation
Product development completion and regulatory certification
Pilot program execution and customer validation
Series A positioning and scalable operations
Advancing autonomous technology for critical infrastructure protection and public safety enhancement.