It is the first time that a 5-round pre-image challenge of our Crunchy Contest is solved! Congratulations to Xiaoen Lin, Hongbo Yu, Enming Dong, Wenhao Wu and Yantian Shen!!! https://t.co/iaqbqj3Wuj
@paulmillr@KeccakTeam The most exciting part is that it will help make round-reduced Keccak-p more widely accepted, and promote the deployment of permutation-based cryptography in general. Hopefully, NIST will follow.
CIRCL, @Cloudflare's Go crypto library, now supports @KeccakTeam's KangarooTwelve.
https://t.co/7OxiVICveg
Hash at 3.2 GB/s on M2 Pro; and 1.9 GB/s on old i5-1038 with AVX2.
I've been working on implementing Xoofff - a deck function ( Doubly Extendable Cryptographic Keyed 😮 ), which is an instantiation of Farfalle construction with 6 -rounds 384 -bit Xoodoo permutation.
Find my work @ https://t.co/b5LGAaOFVl as a #rustlang library
@KeccakTeam 🙌
Here's a Rust library implementation of KangarooTwelve eXtendable Output Function (XOF)
More @ https://t.co/G2tLKBpDzs
It supports both single and multi-threaded message absorption. Adding support for SIMD parallelism is something I'm working on 🛠️.
Sad about 12-round Keccak being rejected. "Announce primitive with lots of rounds, then cut the rounds after years of cryptanalysis shows it's safe" should be standard practice.
Here's a Rust library implementation of TurboSHAKE
https://t.co/rFGkT64mnk ✨
TurboSHAKE is a family of extendable output functions (XOFs) based on 12 -rounds Keccak-p[1600] permutation, described on recently released paper https://t.co/kW9b8jgxXz
@KeccakTeam