Just before the year starts to wrap up, we are getting the final 2024 release out! This contains a wide range of updates and changes, which are in already in effect, ready for immediate download, or updating.
The summary of the changelog since the 2024.3 release from September is:
Python 3.12 - New default Python version (Au revoir pip, hello pipx)
The end of the i386 kernel and images - Farewell x86 (images), but not goodbye (packages)
Deprecations in the SSH client: DSA keys - Reminder about using ssh1 if required
Raspberry Pi Imager Customizations Support - Able to alter settings at write time
GNOME 47 - Now able to synchronize your favorite colors
Kali Forums Refresh - New heart of the community home
Kali NetHunter - Updates to the app, kernels, installer, store and website !
New Tools - 14 new shiny toys added (and countless updated!)
A new Python version: 3.12
Python 3.12 is now the default Python interpreter. While it was released upstream a year ago, it took a bit of time to become the default in Debian, and then even more time to make it to Kali Linux, but finally it’s here. Every new version of Python brings along some deprecations or subtle changes of behavior, which in turn breaks some Python packages, and we have to investigate and fix all the issues reported by our QA system. Hence the delay.
Kali Linux is an open-source, Debian-based Linux distribution geared towards various information security tasks, such as Penetration Testing, Security Research, Computer Forensics and Reverse Engineering.
Okay if I turned off password auth, just used keys, disabled the Kali user and root login, how are you breaking in?
Where’s the vulnerability? Which cve or cwe are you able to exploit?
A large attack surface doesn’t mean insecure. It just means less secure.
Source: I literally pentest for a living.
No, I don’t even use Kali on a regular basis.
My point exactly. A large attack surface means less secure. My point was that Kali isn’t focused on being a secure OS. It is all about the tools. Even without a vulnerability, a secure OS should protect against unknowns.
Just because a system doesnt have a CVE doesn’t make it secure. It needs proper exploit mitigations. Read why Linux isn’t secure here.. The article is written by the lead developer of Whonix OS (Security hardened Debian with a focus on anonymity). If you had checked out any of the references from my previous comments you would have learned more about why I have this opinion.
Kali isn’t any more secure than regular Debian, while also having a larger attack surface, and no kernel hardening, protecting of GUI, or application isolation. What makes it “secure”?
Okay if I turned off password auth, just used keys, disabled the Kali user and root login, how are you breaking in? Where’s the vulnerability? Which cve or cwe are you able to exploit?
A large attack surface doesn’t mean insecure. It just means less secure.
Source: I literally pentest for a living. No, I don’t even use Kali on a regular basis.
My point exactly. A large attack surface means less secure. My point was that Kali isn’t focused on being a secure OS. It is all about the tools. Even without a vulnerability, a secure OS should protect against unknowns.
You failed to answer my question. You’re clearly missing the point intentionally. You’re either a troll or retarded.
I am not a troll. You don’t need to be an ass.
Just because a system doesnt have a CVE doesn’t make it secure. It needs proper exploit mitigations. Read why Linux isn’t secure here.. The article is written by the lead developer of Whonix OS (Security hardened Debian with a focus on anonymity). If you had checked out any of the references from my previous comments you would have learned more about why I have this opinion.
Kali isn’t any more secure than regular Debian, while also having a larger attack surface, and no kernel hardening, protecting of GUI, or application isolation. What makes it “secure”?