UAV News Talk – Drone News, eVTOLs, UAS Policy & Air Mobility

Drone Detection

·29 min·2 clips

Linda Ziemba explains why the FAA categorizes drones as aircraft, risking 20-year prison sentences for interference.

The episode begins with hosts Max Flight and David Vanderhoof introducing the show's rebranding to UAV News Talk. They welcome guest Linda Ziemba, founding CEO of AeroDefense, who shares her background in internet security and telecommunications. Ziemba explains that she initially aimed to create a drone mitigation system but encountered legal barriers. The FAA's Modernization Act of 2012 classifies drones as aircraft, granting them protections similar to passenger jets. Interfering with drones can result in 20-year prison sentences and large fines. Ziemba also discusses FCC regulations under 47 U.S. Code 333, which prohibit willful interference with networks, citing Marriott's $600,000 fine for blocking Wi-Fi hotspots. Privacy laws from the Department of Justice treat data extraction from drone signals as wiretapping violations. These legal hurdles led AeroDefense to pivot to detection-only technology. The system uses RF signatures to identify drones and operators, differentiating between models like DJI and Autel based on chipsets. It can detect drones even if they are not in the database by analyzing physical signal characteristics. Applications include correctional facilities, stadiums like MetLife Stadium, and mobile deployments for events. Ziemba notes that RF interference in urban environments reduces detection range, requiring more sensors. The system integrates with existing security setups and can pass coordinates to cameras or mitigation systems. AeroDefense holds a DHS Safety Act designation, indicating regulatory compliance without prior authorization. The company is working with the U.S. Air Force on a rapid-deploy version for contingency response squadrons. There is global interest in the product, and it faces no export control restrictions under EAR99. The hardware includes small, inconspicuous antennas and separate sensor electronics. Potential uses include fire zones to protect aircraft from clueless drone pilots. The episode concludes with Ziemba directing listeners to aerodefense.tech for more information.

As heard by us

A grounded look at drone signatures, false alarms, and practical detection deployments.

Drone detection gets a clear, practical reading here, with Linda Ziemba explaining how AeroDefense identifies drones through signatures tied to chipsets used across models and manufacturers.

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Why you'd press play

You get a practical, field-level look at drone detection, from signal signatures to false alarms around real security sites.

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