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Orchestrating the Chaos: Protecting Wireless Networks from Cyber Attacks

Podcast
This podcast explores radio frequency attacks, such as those conducted by APT28, and how software and cybersecurity play key roles in preventing and mitigating these exploitations.
Publisher

Software Engineering Institute

DOI (Digital Object Identifier)
10.58012/5nkd-e721

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Abstract

From early 2022 through late 2024, a group of threat actors publicly known as APT28 exploited known vulnerabilities, such as CVE-2022-38028, to remotely and wirelessly access sensitive information from a targeted company network. This attack did not require any hardware to be placed in the vicinity of the targeted company’s network as the attackers were able to execute remotely from thousands of miles away. With the ubiquity of Wi-Fi, cellular networks, and Internet of Things (IoT) devices, the attack surface of communications-related vulnerabilities that can compromise data is extremely large and constantly expanding.

In this podcast Joseph McIlvenny, a senior research scientist, and Michael Winter, vulnerability analysis technical manager, both with the SEI’s CERT Division, discuss common radio frequency (RF) attacks and investigate how software and cybersecurity play key roles in preventing and mitigating these exploitations.

About the Speaker

Headshot of Joseph McIlvenny.

Joseph McIlvenny

Joseph McIlvenny is a Senior Research Scientist in the Office of the Chief Engineer of CERT at the Software Engineering Institute (SEI). His technical experience and expertise comes from a background of skills in physics; electromagnetics; RF engineering; system engineering; sensor system design, test, and experimentation; and software development.

Joe’s …

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