CVE-2018-6038 was discovered in WebRTC. A remote attacker could exploit weaknesses to conduct click fraud or SSRF.
To exploit these issues, an attacker would deliver a specially crafted WebRTC stream to an end user. An end user could have this stream loaded in an internet browser. An attacker could use this stream to conduct a number of WebRTC attacks, such as after click fraud, SSRF, information leak, or any other attack. CVE-2018-6038 was discovered in WebRTC. A remote attacker could exploit weaknesses to conduct click fraud or SSRF.To exploit these issues, an attacker would deliver a specially crafted WebRTC stream to an end user. An end user could have this stream loaded in an internet browser. An attacker could use this stream to conduct a number of WebRTC attacks, such as after click fraud, SSRF, information leak, or any other attack. If a user were using a vulnerable version of Google Chrome, the user's machine could be exploited after a page with malicious content was loaded. CVE-2018-6037 was discovered in WebRTC. A remote attacker could exploit weaknesses to conduct click fraud or SSRF. An attacker would have to trick a user into visiting a malicious website. This scenario is possible when a user visits a legitimate website that is being loaded with a malicious stream. For example, a user could be tricked into visiting a website that has a malicious ad that is loaded from a
Vulnerability description
This vulnerability was discovered in WebRTC. A remote attacker could exploit weaknesses to conduct click fraud or SSRF.
To exploit these issues, an attacker would deliver a specially crafted WebRTC stream to an end user. An end user could have this stream loaded in an internet browser. An attacker could use this stream to conduct a number of WebRTC attacks, such as after click fraud, SSRF, information leak, or any other attack. If a user were using a vulnerable version of Google Chrome, the user's machine could be exploited after a page with malicious content was loaded.
Vulnerability overview
CVE-2018-6038 was discovered in WebRTC. A remote attacker could exploit weaknesses to conduct click fraud or SSRF.To exploit these issues, an attacker would deliver a specially crafted WebRTC stream to an end user. An end user could have this stream loaded in an internet browser. An attacker could use this stream to conduct a number of WebRTC attacks, such as after click fraud, SSRF, information leak, or any other attack. If a user were using a vulnerable version of Google Chrome, the user's machine could be exploited after a page with malicious content was loaded. CVE-2018-6037 was discovered in WebRTC. A remote attacker could exploit weaknesses to conduct click fraud or SSRF. An attacker would have to trick a user into visiting a malicious website. This scenario is possible when a user visits a legitimate website that is being loaded with a malicious stream. For example, a user could be tricked into visiting a website that has a malicious ad that is loaded from
To exploit these issues, an attacker would deliver a specially crafted WebRTC stream to an end user. An end user could have this stream loaded in an internet browser. An attacker could use this stream to conduct a number of WebRTC attacks, such as after click fraud, SSRF, information leak, or any other attack.
Vulnerability Overview
Vulnerabilities allow attackers to execute code on a system. These vulnerabilities are discovered in software designed for web browsers and WebRTC. WebRTC is a technology that lets users share audio, video, and text content over the internet without plugging into a computer using cables or a phone line.
Web browsers use WebRTC to share media with other devices like computers, smartphones, tablets, or TVs. If you're using Google Chrome on your computer or device, you may be affected by vulnerabilities in WebRTC that were discovered by security researchers from the University of Michigan and Tencent Security Lab. In these cases, an attacker will be able to exploit one of two vulnerabilities to conduct click fraud or SSRF.
If you're using Google Chrome on your computer or device, you may be affected by vulnerabilities in WebRTC that were discovered by security researchers from the University of Michigan and Tencent Security Lab. In these cases, an attacker will be able to exploit one of two vulnerabilities to conduct click fraud or SSRF (SQL Injection).
Achilles Heel of WebRTC
The Achilles Heel of WebRTC is the use of separate streams for data and video. There are two streams: the one for data and another for video. This is what allows users to move from video chat to standard text chat without changing their settings.
In a WebRTC environment, this split means that a user may see different prompts when using different types of streams at once. For example, in text-based chat, the data stream will not load until the user clicks on something else on the page, like a button or link. However, with the video stream loaded, it could be possible to click on items in the background while they continue talking. It’s possible that an attacker could create a malicious website that would exploit this Achilles Heel by including both types of streams in its design so that when a user clicks on content, they run into problems with clicking through things on the website while continuing to talk in a voice call with their friends online.
Timeline
Published on: 09/26/2022 16:15:00 UTC
Last modified on: 09/29/2022 17:15:00 UTC