Pwn2Own 2023特斯拉Model 3安全漏洞

admin 2023年12月28日08:43:44评论67 views字数 1456阅读4分51秒阅读模式

前言

This article is an introduction to how David Berard and Vincent Dehors discovered and exploited security vulnerabilities in Tesla Model 3. The team discovered multiple vulnerabilities through reverse engineering of the vehicle's multimedia system, Bluetooth, and WiFi functionality. These vulnerabilities include heap based buffer overflow, allowing attackers to remotely execute code through Bluetooth and WiFi. They also explored Tesla's security gateway and identified some exploitable vulnerabilities that allowed them to control critical systems of the vehicle, obtaining the CVE-2023-32155, CVE-2023-32156, and CVE-2023-32157 numbers.

这些发现在Pwn2Own 2023比赛中被公开展示

Pwn2Own 2023特斯拉Model 3安全漏洞

Showcased the safety hazards present in Tesla's system. Detailed description of each stage of the attack, including vulnerability research, exploitation and development, and final execution. Finally, Tesla's response to these vulnerabilities was mentioned, including improvements and patching of security systems.

Pwn2Own 2023特斯拉Model 3安全漏洞

Pwn2Own 2023特斯拉Model 3安全漏洞

Pwn2Own 2023特斯拉Model 3安全漏洞

Pwn2Own 2023特斯拉Model 3安全漏洞

Pwn2Own 2023特斯拉Model 3安全漏洞

Pwn2Own 2023特斯拉Model 3安全漏洞

Pwn2Own 2023特斯拉Model 3安全漏洞

Through reverse engineering analysis of the multimedia system, Bluetooth, and WiFi functions of vehicles, researchers have revealed multiple remotely exploitable vulnerabilities, including heap based buffer overflow. They also successfully bypassed Tesla's security gateway and gained control over critical vehicle systems.
These achievements were showcased in the Pwn2Own 2023 competition, highlighting Tesla's potential safety risks. The document concludes with a discussion of Tesla's fixes for these vulnerabilities and security system reinforcement measures.

完整PPT

https://pan.baidu.com/s/15vJ1jJe5f2oL83RHlwLQ4w?pwd=2023

原文始发于微信公众号(306Safe):Pwn2Own 2023特斯拉Model 3安全漏洞

免责声明:文章中涉及的程序(方法)可能带有攻击性,仅供安全研究与教学之用,读者将其信息做其他用途,由读者承担全部法律及连带责任,本站不承担任何法律及连带责任;如有问题可邮件联系(建议使用企业邮箱或有效邮箱,避免邮件被拦截,联系方式见首页),望知悉。
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  • 本文由 发表于 2023年12月28日08:43:44
  • 转载请保留本文链接(CN-SEC中文网:感谢原作者辛苦付出):
                   Pwn2Own 2023特斯拉Model 3安全漏洞http://cn-sec.com/archives/2336052.html
                  免责声明:文章中涉及的程序(方法)可能带有攻击性,仅供安全研究与教学之用,读者将其信息做其他用途,由读者承担全部法律及连带责任,本站不承担任何法律及连带责任;如有问题可邮件联系(建议使用企业邮箱或有效邮箱,避免邮件被拦截,联系方式见首页),望知悉.

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