Pioneering autonomous air operations that save lives and protect communities worldwide through AERIS platform and integrated systems.
CAMPTON delivers autonomous air operations at the speed of response. We combine AERIS platform, integrated systems, and outcome-focused solutions to execute critical missions in defense, first response, and security operations.
Our primary mission is humanitarian: autonomous drone technology should serve humanity by protecting lives, accelerating emergency response, and enabling rescuers to reach those in need faster than ever before.
Every minute counts in search & rescue operations. Every second matters in disaster response. CAMPTON's autonomous coordination compresses response times from hours to minutes, dramatically increasing survival rates in life-threatening situations.
Whether locating a missing hiker in wilderness, finding survivors in earthquake rubble, or delivering medical supplies to isolated disaster victims, our technology amplifies the capabilities of rescue professionals and first responders worldwide.
Beyond emergency response, CAMPTON protects communities through intelligent security and defense applications. Our systems safeguard public events, critical infrastructure, and sensitive facilities from threats—both terrestrial and aerial.
In an era where unauthorized drones pose risks to stadiums, airports, and government buildings, CAMPTON provides comprehensive counter-UAS solutions that detect, jam, and intercept threats autonomously while minimizing collateral impact.
For military and defense forces, we deliver force multiplication that keeps personnel safer. One operator commanding 100 drones means fewer humans in harm's way, better situational awareness, and faster responses to evolving threats.
Every design decision prioritizes saving and protecting human lives—whether in rescue operations, disaster response, or defense missions.
When lives depend on our technology, failure is not an option. We engineer for extreme reliability through rigorous testing and redundant systems.
We push boundaries in AI, robotics, and autonomous systems—building on cutting-edge research to deliver unprecedented capabilities.
We work closely with rescue organizations, security agencies, and defense forces to ensure our solutions meet real operational needs.
We openly share specifications, capabilities, and limitations. No black boxes—our customers deserve to understand the technology protecting lives.
Natural disasters, security threats, and emergencies know no borders. We aim to deploy life-saving technology worldwide wherever it's needed.
CAMPTON is not just a drone manufacturer—we deliver complete operating systems, integrated hardware, and mission solutions that work together seamlessly.
AERIS unifies command, autonomy, mesh networking, and GPS-denied navigation. Build on it with Forge SDK or deploy turnkey solutions.
Technology validated through extensive field trials and real-world operations. Our coordination algorithms manage 100+ drones per operator.
Our team combines expertise in AI, aerospace engineering, and defense technology. We deliver academic rigor with operational pragmatism.
From 5 drones to 500+ units—our architecture scales to your needs. Cloud-based fleet management enables multi-site operations from a single command center.
Comprehensive training programs ensure your team operates systems effectively. 24/7 technical support keeps missions running smoothly.
Regular over-the-air software updates keep your fleet at peak capability with the latest algorithms, features, and optimizations.
AERIS platform and CAMPTON systems draw from the latest advances in autonomous coordination, swarm intelligence, and GPS-denied navigation.
Swarm Autonomy: Research from Oregon State University demonstrates that one person can supervise over 100 autonomous aerial vehicles without undue workload. CAMPTON implements this human-swarm teaming through AERIS Command with intuitive interfaces that reduce operator cognitive load.
GPS-Denied Navigation: Field-proven visual navigation systems, similar to those deployed in Ukraine, allow drones to hit targets even under heavy GPS jamming. Our NavKit visual-inertial odometry maintains sub-1% drift when satellite signals are unavailable.
Mission Coordination: MIT's research on drone swarms for wilderness search & rescue showed fleets can collaboratively cover terrain without GPS while systematically mapping searched areas—the foundation of our autonomy engine.
First Response: Drone as First Responder programs deployed at agencies worldwide demonstrate 30-50% reductions in unnecessary officer dispatches through aerial triage—capabilities we've integrated into our DFR solution.
Counter-UAS: The rapid evolution of anti-drone technologies, including high-speed interceptors and RF jamming systems, informs our layered approach to airspace defense and threat neutralization.
Join security agencies, defense forces, and rescue organizations worldwide in deploying autonomous air operations.