How I Hacked my Car Guides: Creating Custom Firmware
Making Software I am a programmer by nature. I now had root access to a cool new linux box so now I must develop software for it. The Goal While looking through many of the IVI’s files, I found tons of really cool C++ header files relating to ccOS in /usr/include. ccOS is the Connected Car Operating System, an OS developed by Nvidia and Hyundai which is supposed to power all Hyundai vehicles from 2022 onwards, but I guess some of the underlying system was in previous Hyundai vehicles for quite some time.
How I Hacked my Car Guides: Creating Custom Firmware
Making Software I am a programmer by nature. I now had root access to a cool new linux box so now I must develop software for it. The Goal While looking through many of the IVI’s files, I found tons of really cool C++ header files relating to ccOS in /usr/include. ccOS is the Connected Car Operating System, an OS developed by Nvidia and Hyundai which is supposed to power all Hyundai vehicles from 2022 onwards, but I guess some of the underlying system was in previous Hyundai vehicles for quite some time.
How I Hacked my Car Guides: Creating Custom Firmware
Making Software I am a programmer by nature. I now had root access to a cool new linux box so now I must develop software for it. The Goal While looking through many of the IVI’s files, I found tons of really cool C++ header files relating to ccOS in /usr/include. ccOS is the Connected Car Operating System, an OS developed by Nvidia and Hyundai which is supposed to power all Hyundai vehicles from 2022 onwards, but I guess some of the underlying system was in previous Hyundai vehicles for quite some time.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
On May 6, 2022, Rarlab released version 6.17, which addresses CVE-2022-30333, a path traversal vulnerability reported to them by Sonar, who posted a write-up about it. Sonar specifically calls out Zimbra Collaboration Suite’s usage of unrar as vulnerable (specifically, the amavisd component, which is used to inspect incoming emails for spam and malware). Zimbra addressed this issue in 9.0.0 patch 25 and 8.5.15 patch 32 by replacing unrar with 7z.
North Korean threat actor targets small and midsize businesses with H0lyGh0st ransomware
A group of actors originating from North Korea that MSTIC tracks as DEV-0530 has been developing and using ransomware in attacks since June 2021. This group, which calls itself H0lyGh0st, utilizes a ransomware payload with the same name.
North Korean threat actor targets small and midsize businesses with H0lyGh0st ransomware
A group of actors originating from North Korea that MSTIC tracks as DEV-0530 has been developing and using ransomware in attacks since June 2021. This group, which calls itself H0lyGh0st, utilizes a ransomware payload with the same name.
North Korean threat actor targets small and midsize businesses with H0lyGh0st ransomware
A group of actors originating from North Korea that MSTIC tracks as DEV-0530 has been developing and using ransomware in attacks since June 2021. This group, which calls itself H0lyGh0st, utilizes a ransomware payload with the same name.
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Par un heureux hasard, un fichier nommé libudev.so, apparemment malveillant, est apparu dans notre dossier Téléchargements, nous avons donc voulu en savoir plus. Entre reverse engineering, analyse réseau et OSINT, c’est cette quête d’information qui nous mènera à découvrir un mystérieux pirate, vouant une adoration à ses cochons, que nous allons relater dans cet article
Did You Know Your Browser’s Autofill Credentials Could Be Stolen via Cross-Site Scripting (XSS)
Cross-Site Scripting (XSS) is a well-known vulnerability that has been around for a long time and can be used to steal sessions, create fake logins and carry out actions as someone else, etc. In addition, many users are unaware of the potential dangers associated with their browser’s credential autofill feature. This attack vector is not new, but it is unknown to many people and as we investigated further we found that the dangers were extensive. In this post, the GoSecure Titan Labs team will demonstrate that using a browser password manager with autofill could expose your credentials in a web application vulnerable to XSS.