Electronic Warfare (EW)

Directional electromagnetic interference (DEMI) is an advanced method for selectively influencing Global Navigation Satellite Systems (GNSS), such as GPS and GLONASS, by generating controlled disruptions in targeted locations or frequency bands. The ability to precisely control electromagnetic interference is essential for applications in electronic warfare, cybersecurity, and controlled testing of GNSS vulnerabilities, where traditional wide-area jamming techniques may cause unnecessary collateral disruptions.

The impact of electromagnetic interference on the operation of communication and radar systems is discussed. In modern military conflicts, the effectiveness of communication and reconnaissance is crucial for success. Through precise research and experiments conducted in this article, the fundamental aspects of how electromagnetic interference affects the ability of communication and radar systems to operate in combat conditions are revealed.