The technique involves what the researcher, Vincenzo Iozzo, a reverse engineer at Zynamics GmbH, calls in-memory injection. The approach can put code into running processes and leave no trace of having ever been there.
According to reports, Iozzo devised the exploit by discovering a way to bypass traditional means of loading binaries into the operating system.
Attacking the Apple Mac is notoriously difficult. Because Macs are based on Linux-like coding approach, it's one of the most secure systems, said Justin Esgar, president of Virtua Computers, an Apple system administrator.
“Anything that runs on the machine has to be installed by the user, unlike Windows which has ActiveX that can install something in the background," he told SCMagazineUS.com. “There is no way to install unauthorized software on the Mac. There are no processes running in the background that would allow for such a thing.”
An Apple spokesperson did not respond for comment.
This new exploit relies on Mach-O, short for 'Mach object file format', which is used in Mac OS X for native executables.
“The people subjected to this are coders," Esgar said. "Typically users do not compile random source code on their computer."
See original article on scmagazineus.com
_(5).jpg&h=140&w=231&c=1&s=0)
.png&w=100&c=1&s=0)
Private AI vs Public AI: How your organisation can securely adopt AI without compromise and excessive cost
iTnews Benchmark Security Awards 2025
Digital Leadership Day Federal
Government Cyber Security Showcase Federal
Government Innovation Showcase Federal
.jpg&h=140&w=231&c=1&s=0)
.jpg&h=140&w=231&c=1&s=0)
