A "multi-faceted campaign" has been observed abusing legitimate services like GitHub and FileZilla to deliver an array of stealer malware and banking trojans such as Atomic (aka AMOS), Vidar, Lumma (aka LummaC2), and Octo by impersonating credible software like 1Password, Bartender 5, and Pixelmator Pro.
The leaked documents supposedly discuss spyware developed by I-Soon, a Chinese infosec company, that’s targeting social media platforms, telecommunications companies, and other organizations worldwide. Researchers suspect the operations are orchestrated by the Chinese government.
Unknown individuals allegedly leaked a trove of Chinese government documents on GitHub. The documents reveal how China conducts offensive cyber operations with spyware developed by I-Soon, Taiwanese threat intelligence researcher Azaka Sekai claims.
This article describes a minor security flaw in the SSH authentication protocol that can lead to unexpected private infrastructure disclosure. It also provides a PoC written in Python.
This write-up presents an exploit for a vulnerability in the XNU kernel:
Assigned CVE-2023-32434.
Fixed in iOS 16.5.1 and macOS 13.4.1.
Reachable from the WebContent sandbox and might have been actively exploited.
*Note that this CVE fixed multiple integer overflows, so it is unclear whether or not the integer overflow used in my exploit was also used in-the-wild. Moreover, if it was, it might not have been exploited in the same way.
The exploit has been successfully tested on:
iOS 16.3, 16.3.1, 16.4 and 16.5 (iPhone 14 Pro Max)
macOS 13.1 and 13.4 (MacBook Air M2 2022)
All code snippets shown below are from xnu-8792.81.2.
The source code for the BlackLotus UEFI bootkit has been shared publicly on GitHub, albeit with several modifications compared to the original malware.
Designed specifically for Windows, the bootkit emerged on hacker forums in October last year, being advertised with APT-level capabilities such as secure boot and user access control (UAC) bypass and the ability to disable security applications and defense mechanisms on victim systems.