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Submission + - Samba gets funding from the German Sovereign Tech Fund.

Jeremy Allison - Sam writes: The Samba project has secured significant funding (€688,800.00) from the German
Sovereign Tech Fund (STF) to advance the project. The investment was
successfully applied for by SerNet. Over the next 18 months, Samba developers
from SerNet will tackle 17 key development subprojects aimed at enhancing
Samba’s security, scalability, and functionality.

The Sovereign Tech Fund is a German federal government funding program that
supports the development, improvement, and maintenance of open digital
infrastructure. Their goal is to sustainably strengthen the open source
ecosystem.

The project's focus is on areas like SMB3 Transparent Failover, SMB3 UNIX
extensions, SMB-Direct, Performance and modern security protocols such as SMB
over QUIC. These improvements are designed to ensure that Samba remains a
robust and secure solution for organizations that rely on a sovereign IT
infrastructure. Development work began as early as September the 1st and is
expected to be completed by the end of February 2026 for all sub-projects.

All development will be done in the open following the existing Samba
development process. First gitlab CI pipelines have already been running [4]
and gitlab MRs will appear soon!

https://samba.plus/blog/detail...

https://www.sovereigntechfund....

Comment Re:Maybe (Score 1) 104

The upstream Linux kernel doesn't differentiate between security bugs and "normal" bug fixes. So the new kernel.org CNA just assigns CVE's to all fixes. They don't score them.

Look at the numbers from the whitepaper:

"In March 2024 there were 270 new CVEs created for the stable Linux kernel. So far in April 2024 there are 342 new CVEs:"

Comment Re:Yeah (Score 1) 104

Yes ! That's exactly the point. Trying to curate and select patches for a "frozen" kernel fails due to the firehose of fixes going in upstream.

And in the kernel many of these could be security bugs. No one is doing evaluation on that, there are simply too many fixes in such a complex code base to check.

Comment Re:Maybe (Score 1) 104

You're missing something.

New bugs are discovered upstream, but the vendor kernel maintainers either aren't tracking, or are being discouraged from putting these back into the "frozen" kernel.

We even discovered one case where a RHEL maintainer fixed a bug upstream, but then neglected to apply it to the vulnerable vendor kernel. So it isn't like they didn't know about the bug. Maybe they just didn't check the vendor kernel was vulnerable.

I'm guessing management policy discouraged such things. It's easier to just ignore such bugs if customer haven't noticed.

Submission + - Why a 'frozen' distribution Linux kernel isn't the safest choice for security (zdnet.com) 1

Jeremy Allison - Sam writes: Cracks in the Ice: Why a 'frozen' distribution Linux kernel isn't the safest choice for security

https://ciq.com/blog/why-a-fro...

This is an executive summary of research that my colleagues Ronnie Sahlberg and Jonathan Maple did, published as a whitepaper with all the numeric details here:

https://ciq.com/whitepaper/ven...

Steven Vaughan-Nichols is covering the release of this
data here:

https://www.zdnet.com/article/...

Comment Re:Hey, maybe Stephen Hawking was right! (Score 1) 2

You might have missed my previous post, I agree and want to add that to me it is even a bit more than that.

There is a complex interaction when you see a milk jug full of water hit by a bullet, or see the flow of plasma on the sun twisted by gravity and magnetic fields, or the plasma of the big bang as the expansion of the universe pulls it apart.

But they can be summed up as a expanding force vs a force of cohesion in all of them. Gravity is a force of cohesion on a cosmic scale, but so is magnetism. And at the great inflation, the lingering cosmic filaments of stars and galaxies look very similar to the water spreading from a hit from bullet where the cohesion is from more molecular forces.

If there was a "then a miracle occurs" part of cosmology that still existed, it would be the dark energy that continues to accelerate the expansion of the universe.

But it has one other side effect that isn't spoken of much -- creating clean entropy. How did we go from a homogeneous plasma at the big bang to such different hot/cold regions in the universe? Expansion, which has a similar effect on condensing gasses into liquids and even freezing them into solids. Only in this case some of that condensation ignites and creates the starts, pinpoints of very clean entropy to power whole solar systems. Expansion is what winds the clock of entropy, creating the differentials that then re-mix and make work happen.

So I completely agree, and if you ask me the story of creating entropy differentials for the universe to do work is the "then a miracle occurs" part of the story that still remains.

User Journal

Journal Journal: Genesis as Kindergarten Science, day 3 2

And said God, "lets gather the waters under the heavens into one place, and lets see it dry."
Called God the dry "Earth", and the collection of waters he called "Seas", And saw God "that's good".

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