USB attacks explained (Krzysztof Opasiak, LVEE-2017) — различия между версиями
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;{{SpeakerInfo}}: {{Speaker|Krzysztof Opasiak}} <blockquote> USB is the most common external interface in the world. Even machines which, for security reasons, are disconnected from the Internet often offer USB connectivity. This creates a new attacks surface for skilled hackers. USB implementation may be exploited on various levels. To effectively protect against such attack, knowledge about already exploited vulnerabilities is required. This paper is a survey of state-of-the-art USB-related attacks. </blockquote> {{VideoSection}} {{vimeoembed|223913380|800|450}} {{youtubelink|hjaVq3w_Tus}} {{SlidesSection}} [[File:USB attacks explained (Krzysztof Opasiak, LVEE-2017).pdf|left|page=-|300px]] {{----}} == Thesis == {{LinksSection}} * [https://lvee.org/ru/abstracts/243 Talks page] <!-- <blockquote>[©]</blockquote> --> <references/> {{stats|youtube_plays=0|refresh_time=2017-07-06T14:16:40.365000|vimeo_plays=0}} [[Категория:Linux]] [[Категория:LVEE-2017]] [[Категория:Информационная безопасность]] |
Версия 11:55, 30 сентября 2017
- Speaker
- Krzysztof Opasiak
USB is the most common external interface in the world. Even machines which, for security reasons, are disconnected from the Internet often offer USB connectivity. This creates a new attacks surface for skilled hackers. USB implementation may be exploited on various levels. To effectively protect against such attack, knowledge about already exploited vulnerabilities is required. This paper is a survey of state-of-the-art USB-related attacks.
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