sysadmin

I can not find any more information on this and am confused by the wording "Windows system partition". Does this mean that the entire C: drive will be encrypted because Windows is on it, or does it only apply to the subsection of the drive that holds the Windows files?

Thank you very much

I'm at the point where I need to migrate to macOS Ventura. Can someone please confirm that VeraCrypt 1.25.9 still works with Ventura? Thanks in advance and cheers!

Ok. Here's the situation. I have a Lenovo X131e that used to be a Chromebook. I flashed MrChromebox and installed a stripped down version of Windows 10.

I also have a newer laptop, but it's in the shop. I have its harddrive here. The harddrive is encrypted with VeraCrypt.

I want to boot from this drive in the old former Chromebook. Windows 10 seems to be so robust that it can do this trick; install on one set of hardware, boot on another.

But whenever I put the drive in the old machine and power on, I just get stuck with a blank screen. Nothing happens.

Also, I try to open the BIOS settings at launch with various keys, but I'm not sure which is the right one, and I never get it to work.

So, how do I get this to work? Will MrChromebox and a Veracrypted drive play nice together, or is that not possible? Is that why it's not working? Would it work if I installed the regular UEFI BIOS, and if so, how do I do that on my machine?

Failing all of this, how do I make the machine ignore the drive at boot and just boot from the smaller drive that came with it when it was a Chromebook, on the smaller drive slot? That has Windows 10 and is still bootable, but fails to boot if the larger drive is connected.

Thank you for any help you can give.

Edit, because apparently it's necessary: snarky comments about Windows are not helpful or welcome.

For Full Disk Encryption, no. This is due to 3 reasons, 1 being ChaCha20 is a stream cipher, 2 being the Poly1305 variant is authenticated which is not suitable for Full Disk Encryption (due to overhead and sector sizes on drives), and 3 the standard variant can only safely encrypt 256GB of data if I recall correctly. AES-256 in XTS mode is more suitable for the purpose Veracrypt serves which is Block Level Encryption or Full Disk Encryption. ChaCha20 in general is better for individual File Encryption or File Based Encryption, for example CryFS, and Picocrypt.

https://github.com/veracrypt/VeraCrypt/tree/VeraCrypt_1.25.9 and https://www.veracrypt.fr/en/Release%20Notes.html

Welcome to /c/VeraCrypt, the community of the VeraCrypt encryption software!

Official web sites: https://www.veracrypt.fr/, https://github.com/veracrypt/VeraCrypt/, and https://sourceforge.net/projects/veracrypt/

Download VeraCrypt: https://www.veracrypt.fr/en/Downloads.html, https://github.com/veracrypt/VeraCrypt/releases, and https://sourceforge.net/projects/veracrypt/files/

How long does it take after you submit your details to get access to the student discount? I can't remember the exact day I filled out the form but I think it was at least 4 days ago.

After seeing the video of veritasium on these topics, I wondered how standard notes was prepared for these innovations. - how is store now, decrypt later hindered (if that's possible) - is the current encryption algorithm resilient against quantum computing etc.

Does somebody have some expertise on this? It would also be great of standard notes themself put a blog post or video out on that topic.