My colleague Mitchell Schmidt has published a pull request on the ntpsec repo
on GitLab, with changes to include support for the previously mentioned GCM/CCM
algorithms in ntpd server and client. The code changes are relatively well
contained, IMO. I would defer to the pull request for the speci
Sarath said:
> (Apologies for this duplicate mail... I am still trying to figure out
> this mailing list usage)
One hint is that because of SPF, the From header gets mangled to:
From: Sarath _Msft_ via devel
If you don't look carefully, that can easily look like a message you are
working on
While I understand you might be looking for buy-in before expending the
effort, one idea for moving this forward would be for you/Microsoft to
write a patch implementing this. Speaking in generalities and not to
this specific issue, it's a lot easier to accept something if there's a
clean patch
(Apologies for this duplicate mail... I am still trying to figure out this
mailing list usage)
Thank you for your response. I am not a cryptography expert either - so perhaps
crypto experts even from Microsoft may have a different take on this.
>The RFC does specifically say that "Server impleme
Thank you for your response. I am not a cryptography expert either - so perhaps
crypto experts even from Microsoft may have a different take on this.
>The RFC does specifically say that "Server implementations... MUST support
>AEAD_AES_SIV_CMAC_256." (RFC 8915, section 4.1.
This is a requiremen
On 2025-01-24 18:30, Sarath _Msft_ via devel wrote:
I am a software engineer with Microsoft Corporation.
I'm not a crypto expert nor am I speaking on behalf of the NTPsec
project, so take this with an appropriately sized grain of salt. ;)
As I understand it, the current NTPSec implementatio
Hello,
I am a software engineer with Microsoft Corporation. I am reaching out
with the proposal to extend the list of supported cryptographic algorithms in
NTPSec's NTS-NTP implementation.
As I understand it, the current NTPSec implementation supports only the
AEAD_AES_SIV_CMAC algorithms