Electromagnetic Countermeasures Against Autonomous Drone Swarms: High-frequency Field-based Disruption and Control Override Systems
Dr. Shankar Subramanian IyerZainab Toyin JagunAbdul Jalil MahamaFaculty; Economics ; Department; Finance and Credit ; National University of Uzbekistan named after Mirzo Ulugbek ,Fitriyah RazaliFaculty; Economics ; Department; Finance and Credit ; National University of Uzbekistan named after Mirzo Ulugbek ,Dr Brinitha RajiFaculty , Global Business Studies , DKP , Dubai ,Prof. Rajesh AroraDr Raman SubramanianFaculty ; Built Environment and Surveying ; Department: Real Estate Management Universiti Teknologi Malaysia ,
2025
ABI
Abstract
The proliferation of autonomous drone swarms presents unprecedented security challenges that conventional kinetic countermeasures cannot adequately address. This research investigates the application of high-frequency electromagnetic fields (HF-EMF) operating in the 2.4-5.8 GHz range for disrupting and potentially overriding drone swarm communication and control systems. Through systematic analysis of electromagnetic interference patterns and signal propagation characteristics, The Research Study examines the feasibility of non-kinetic neutralization techniques that can selectively target drone communication protocols while minimizing collateral interference with civilian infrastructure.
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