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> BLAKE3 isn’t a reduced-round tweak of BLAKE2 <...> It's a different construction My initial argument was meant to highlight the difference between BLAKE and its successors. However, I have no idea what you back your…
> trading a conservative security margin for speed That's what precisely happened to BLAKE with BLAKE2/3, isn't it?
A month ago, the team behind the SHA-3 has published an RFC for TurboSHAKE and KangarooTwelve: secure hash functions that employ the same primitive as SHA-3, but with reduced number of rounds to make it faster. K12 is…
Thanks for the detailed answer! I really appreciate that.
That's an impressive read, thank you and congrats on the release! I think that nowadays the development and adoption of performant IPC mechanisms is unfairly low, it's good to have such tech opensourced. My question is,…
This post is apparently not publicly shown on the main page for some reason.
> BLAKE3 isn’t a reduced-round tweak of BLAKE2 <...> It's a different construction My initial argument was meant to highlight the difference between BLAKE and its successors. However, I have no idea what you back your…
> trading a conservative security margin for speed That's what precisely happened to BLAKE with BLAKE2/3, isn't it?
A month ago, the team behind the SHA-3 has published an RFC for TurboSHAKE and KangarooTwelve: secure hash functions that employ the same primitive as SHA-3, but with reduced number of rounds to make it faster. K12 is…
Thanks for the detailed answer! I really appreciate that.
That's an impressive read, thank you and congrats on the release! I think that nowadays the development and adoption of performant IPC mechanisms is unfairly low, it's good to have such tech opensourced. My question is,…