Article or book title, author's surname, DOI

Electronic warfare as the basis for gaining air superiority in NATO strategy

P.A. Sozinov1, G.I. Andreev2, V.A. Tikhomirov3, M.V. Malyshevsky4, M.E. Zamarin5

research article UDC 621.396.96 Pages: 5-19 doi.org/10.18127/j00338486-202610-01

  1. 1,4 “Almaz-Antey” Corp. (Moscow, Russia)
  2. 2,5 JSC “CNIRTI named after academician A.I. Berg” (Moscow, Russia)
  3. 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
  1. V chem raznica mezhdu adaptivnoj i kognitivnoj radioelektronnoj bor'boj?. Amerikanskoe izdanie C4ISRNET.com. 17.12.2016.
  2. Bolee sovershennyj iskusstvennyj intellekt dlya radioelektronnoj bor'by. Amerikanskoe internet-izdanie The Cyber Edge. 1.11.2017.
  3. REB i kiberbezopasnost' trebuyut oborudovanie novogo pokoleniya. Amerikanskij novostnoj portal Breaking Defense. 27.09.2019.
  4. Reaktivnyj samolet «Growler», prednaznachennyj dlya podavleniya signalov i ispol'zovannyj dlya zahvata Nikolasa Maduro». The Wall Street Journal. 7.01.2026.
  5. Obzor ispol'zovaniya elektromagnitnogo spektra Ministerstvom oborony SShA. Kongress SShA. 8.10.2021.
  6. Ucheniya Rapid Raven: VVS obnovlyayut informaciyu ob ugrozah radioelektronnoj bor'by za schitannye chasy, a ne mesyacy. Breaking Defense. 7.06.2024.
  7. Novaya sistema iskusstvennogo intellekta, rabotayushchaya po principu «podklyuchi i rabotaj», mozhet zashchitit' pilotov samoletov, ne yavlyayushchihsya stels-samoletami. Breaking Defense. 24.02.2025.
  8. Iskusstvennyj intellekt i mashinnoe obuchenie zanimayut central'noe mesto v radioelektronnoj bor'be. Amerikanskij informacionnyj portal Military & Aerospace Electronics. 12.12.2025.
  9. Ekspertiza Laboratorii prikladnoj fiziki Universiteta Dzhonsa Hopkinsa podderzhivaet Next Generation Jammer. Oficial'nyj sajt Laboratorii prikladnoj fiziki Universiteta Dzhonsa Hopkinsa. 20.01.2026.
  10. 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.
  11. 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.
  12. Hejg K.Z., Andrusenko Yu. Kognitivnaya radioelektronnaya bor'ba: podhod s ispol'zovaniem iskusstvennogo intellekta. 2021.
  13. 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.
  14. Tash Ch., Pakfiliz A. Primenenie kognitivnyh metodov radioelektronnoj bor'by k processu identifikacii izluchatelej v bortovyh radiolokacionnyh sistemah preduprezhdeniya. 25.11.2025.
  15. Hajlz A., Harrol'd D., Slejd S. Glushitel' protiv radara v kognitivnoj srede radioelektronnoj bor'by. 10.12.2025.
  16. 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.