
Shared Lunch Defending against the threat of drones–Droneshield
Nov 12, 2025
Oleg Vornik, CEO of DroneShield, leads a company building RF and multi-sensor systems to detect and defeat hostile small drones. He discusses why non-kinetic defeat is safer than shooting drones. He explains moving to on-device micro AI and building the world’s largest drone signal library. He maps growing civilian demand from airports to data centers and the ongoing cat-and-mouse with drone makers.
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RF Is The Detection Backbone
- Radio frequency (RF) is the primary detection method because drones communicate telemetry and control over RF.
- Secondary sensors like radar, cameras and acoustics supplement RF for edge cases.
Avoid Kinetic Defeat In Civilian Areas
- Prefer non-kinetic defeat methods because shooting is unsafe and not cost-effective against cheap drones.
- Use techniques that confuse or disable drones while remaining harmless to humans for mass adoption.
Micro AI For Constantly Evolving Drones
- Counter-drone is now an AI problem because drone protocols and models proliferate rapidly.
- DroneShield built a global signal library and plans 'micro AI' to run self-learning models on tiny, offline devices.
