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AirDrop Bug in Apple iOS and OSX allows Hackers to Install Malware Silently

AirDrop Bug in Apple iOS and OSX allows Hackers to Install Malware Silently

Sep 16, 2015
With the launch of iOS 9, Apple gave us an ultimate reason to upgrade our Apple devices to its new operating system. The latest iOS 9 includes a security update for a nasty bug that could be exploited to take full control of your iPhone or Macs, forcing most of the Apple users to download the latest update. Australian security researcher Mark Dowd has disclosed a serious vulnerability in AirDrop , Apple's over-the-air file sharing service built into iOS and Mac OS X. How the Attack Works? The vulnerability allows anyone within the range of an AirDrop user to silently install a malicious app on a target Apple device by sending an AirDrop file which involves rebooting of the target device. An attacker can exploit this critical bug even if the victim rejects the incoming file sent over AirDrop. After rebooting takes place, the malicious app gains access to Springboard, Apple's software to manage iOS home screen, allowing the app to fool the victim's iP
Apple Mac OS X Hits by Two Unpatched Zero-day Flaws

Apple Mac OS X Hits by Two Unpatched Zero-day Flaws

Aug 19, 2015
Few days after Apple patched the DYLD_PRINT_TO_FILE privilege-escalation vulnerability in OS X Yosemite, hackers have their hands on another zero-day bug in its operating system that allows hackers to gain root privileges to Mac computers. Italian teenager Luca Todesco ( @qwertyoruiop ) has discovered two unknown zero-day vulnerabilities in Apple's Mac OS X operating system that could potentially be exploited to gain remote access to a Mac computer. The 18-year-old self-described hacker has also posted details of his finding with source code for an exploit on the Github repository , as well as software to mitigate the vulnerability. OS X Zero-Day Exploit in the Wild The hacker's exploit makes use of two system flaws (which he dubbed ' tpwn ') in order to cause a memory corruption in OS X's kernel . Due to memory corruption, it's possible to circumvent the space layout randomization of the kernel address, therefore bypassing the toughe
Apple Mac OSX Zero-Day Bug Allows Hackers to Install RootKit Malware

Apple Mac OSX Zero-Day Bug Allows Hackers to Install RootKit Malware

Jun 02, 2015
A zero-day software vulnerability discovered deep in the firmware of many Apple computers could allows an attacker to modify the system's BIOS and install a rootkit , potentially gaining complete control of the victim's Mac. The critical vulnerability, discovered by well-known OS X security researcher Pedro Vilaca, affects Mac computers shipped before mid-2014 that are allowed to go into sleep mode. While studying Mac security, Vilaca found that it's possible to tamper with Apple computer's UEFI (unified extensible firmware interface) code. UEFI is a low-level firmware designed to improve upon computer's BIOS, which links a computer's hardware and operating system at startup and is typically not accessible to users. But… Vilaca found that the machine's UEFI code can be unlocked after a computer is put to sleep and then brought back up. " And you ask, what the hell does this mean? " Vilaca wrote in a blog post published Friday. " It means th
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Defending Your Commits From Known CVEs With GitGuardian SCA And Git Hooks

Defending Your Commits From Known CVEs With GitGuardian SCA And Git Hooks

May 20, 2024Software Security / Vulnerability
All developers want to create secure and dependable software. They should feel proud to release their code with the full confidence they did not introduce any weaknesses or anti-patterns into their applications. Unfortunately, developers are not writing their own code for the most part these days. 96% of all software contains some open-source components, and open-source components make up between  70% and 90% of any given piece of modern software . Unfortunately for our security-minded developers, most modern vulnerabilities come from those software components.  As new vulnerabilities emerge and are publicly reported as  Common Vulnerabilities and Exposures  (CVEs), security teams have little choice but to ask the developer to refactor the code to include different versions of the dependencies. Nobody is happy in this situation, as it blocks new features and can be maddening to roll back component versions and hope that nothing breaks. Developers need a way to  quickly  determine if
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