Electronic warfare as the basis for gaining air superiority in NATO strategy
- 1,4 “Almaz-Antey” Corp. (Moscow, Russia)
- 2,5 JSC “CNIRTI named after academician A.I. Berg” (Moscow, Russia)
- 3 JSC R&D Production Facility “Development of Innovative Technologies” (Tver, Russia)
Abstract
By mid-2026, the nature of armed conflict in the air and related domains had undergone fundamental changes. The loss of the West's monopoly on Stealth, the massive deployment of multi-layered integrated access and maneuver exclusion (A2/AD) systems, as well as the rapid saturation of the battlefield with cheap barrage ammunition and reconnaissance and strike drones forced the United States to simultaneously accelerate the modernization of classic fifth-generation aviation platforms and accelerate the creation of fundamentally new, affordable, consumable and network-centric means of air attack and electronic warfare (EW). By June 2026, U.S. electronic warfare capabilities will have undergone the most profound modernization since the Cold War. Multi-year programs for the development of new aviation, shipboard and ground systems have reached the stage of serial deployment, and traditional highly specialized jammers are being replaced by a multi-atmospheric ecosystem in which electronic warfare functions are distributed among manned aircraft, drones, cheap disposable effectors and warships. This transformation is aimed at solving the main task: blinding and disorganizing the layered (multi–layered) integrated air defense systems of potential opponents at the initial stage - in the first hours of the conflict. Analyzing the trends in the development of NATO’s electronic warfare systems is a pressing task for countering potential threats.
- Received
- 03.09.2026
- Approved after review
- 10.09.2026
- Accepted
- 30.09.2026
How to cite
Созинов П.А., Андреев Г.И., Тихомиров В.А., Малышевский М.В., Замарин М.Е. Радиоэлектронная борьба как основа завоевания превосходства в воздухе в стратегии НАТО // Радиотехника. 2026. Т. 90. № 10. С. 5−19. DOI: https://doi.org/10.18127/j00338486-202610-01
References
- V chem raznica mezhdu adaptivnoj i kognitivnoj radioelektronnoj bor'boj?. Amerikanskoe izdanie C4ISRNET.com. 17.12.2016.
- Bolee sovershennyj iskusstvennyj intellekt dlya radioelektronnoj bor'by. Amerikanskoe internet-izdanie The Cyber Edge. 1.11.2017.
- REB i kiberbezopasnost' trebuyut oborudovanie novogo pokoleniya. Amerikanskij novostnoj portal Breaking Defense. 27.09.2019.
- Reaktivnyj samolet «Growler», prednaznachennyj dlya podavleniya signalov i ispol'zovannyj dlya zahvata Nikolasa Maduro». The Wall Street Journal. 7.01.2026.
- Obzor ispol'zovaniya elektromagnitnogo spektra Ministerstvom oborony SShA. Kongress SShA. 8.10.2021.
- Ucheniya Rapid Raven: VVS obnovlyayut informaciyu ob ugrozah radioelektronnoj bor'by za schitannye chasy, a ne mesyacy. Breaking Defense. 7.06.2024.
- Novaya sistema iskusstvennogo intellekta, rabotayushchaya po principu «podklyuchi i rabotaj», mozhet zashchitit' pilotov samoletov, ne yavlyayushchihsya stels-samoletami. Breaking Defense. 24.02.2025.
- Iskusstvennyj intellekt i mashinnoe obuchenie zanimayut central'noe mesto v radioelektronnoj bor'be. Amerikanskij informacionnyj portal Military & Aerospace Electronics. 12.12.2025.
- Ekspertiza Laboratorii prikladnoj fiziki Universiteta Dzhonsa Hopkinsa podderzhivaet Next Generation Jammer. Oficial'nyj sajt Laboratorii prikladnoj fiziki Universiteta Dzhonsa Hopkinsa. 20.01.2026.
- Ot kognitivnogo radara k kognitivnoj radioelektronnoj bor'be. Sajt evropejskoj kompanii-razrabotchika innovacionnyh obuchayushchih sistem, radarnogo oborudovaniya i trenazherov dlya aviacii, oborony i nauchnyh issledovanij SkyRadar.com. 5.02.2026.
- Shixun You, Ming Diao, Lipeng Gao Glubokoe obuchenie s podkrepleniem dlya poiska celej v kognitivnoj radioelektronnoj bor'be. Deep Reinforcement Learning for Target Searching in Cognitive Electronic Warfare. 18.03.2019.
- Hejg K.Z., Andrusenko Yu. Kognitivnaya radioelektronnaya bor'ba: podhod s ispol'zovaniem iskusstvennogo intellekta. 2021.
- Chudi Zhang, Yunqi Song. Metod prinyatiya reshenij v oblasti kognitivnogo elektronnogo podavleniya na osnove Q-obucheniya i algoritma sliyaniya murav'inyh kolonij». 14.06.2023.
- Tash Ch., Pakfiliz A. Primenenie kognitivnyh metodov radioelektronnoj bor'by k processu identifikacii izluchatelej v bortovyh radiolokacionnyh sistemah preduprezhdeniya. 25.11.2025.
- Hajlz A., Harrol'd D., Slejd S. Glushitel' protiv radara v kognitivnoj srede radioelektronnoj bor'by. 10.12.2025.
- Hejg K.Z. Kognitivnaya radioelektronnaya bor'ba: ispol'zovanie II dlya resheniya zadach REB. Prezentaciya na oficial'nom sajte NTO NATO www.sto.nato.int). 5.06.2026.
