## The Silent Battlefield: How Electromagnetic adn AI Warfare is Reshaping Modern Conflict

Modern warfare is undergoing a profound change. While conventional battles still involve rockets, tanks and drones, a new battlefield is emerging – one that is quiet and insidious, capable of switching off enemy forces without a single explosion. At the center of this development are electromagnetic impulses (EMP) and high-energy microwaves (HPM) that can interfere with or even permanently destroy electronic equipment. Particularly progressive are cognitive electronic warfare (CEW) systems that use artificial intelligence to disrupt signals and bring drones out of the sky. Military planners worldwide recognize the defensive potential of these technologies and are preparing to utilize them.

Global Upgrade in the area of Electronic Warfare

The United States faces the challenge of keeping pace with global developments in the area of electronic warfare. According to a 2018 report by the Center for Strategic and Budgetary Assessment, it could take “a decade or more” for the United States to catch up with potential rivals such as China. In november 2024, the US China Economic and Security Review Commission reported that the Chinese people’s Liberation Army had developed “notable” capabilities in electronic warfare, able to recognize, target, and disrupt US military systems.

Tho, it is indeed not just state militaries who are pursuing various methods of electronic warfare. Insurgents, rebels, and terrorists are also researching ways to integrate these tools into their arsenals. The ability to manipulate the electromagnetic spectrum is just as important for modern warfare as air superiority was in the 20th century.

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Progress and challenges of the United States in the CEW area

The Southwest Research institute in San Antonio received a $6.4 million contract to investigate Counter-Electronic Warfare (CEW) algorithms capable of identifying new threats. The goal is to provide the US Air Force with a system that analyzes its surroundings “with the reliability of a person, but with greater accuracy and faster response times,” says project manager David Brown. Though, according to Air Force Colonel Larry Fenner Jr., the technology isn’t quite there yet.

“I don’t see that we are already so far,” said Fenner at the Airpower Futures Forum. Currently,no aircraft component can perform the task of automatically detecting an anomalous signal using AI and machine learning algorithms – an indication of an electronic attack such as an EMP or HPM. This quick processing technology would be a “game changer” because it would eliminate a lengthy analysis process and help soldiers quickly develop more effective countermeasures.

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