Ward Beullens (@wardbeullens) 's Twitter Profile
Ward Beullens

@wardbeullens

Cryptographer at IBM Research. Interested in all aspects of cryptography, but I mostly work on Post-Quantum stuff.

ID: 619169001

calendar_today26-06-2012 13:46:32

112 Tweet

930 Followers

123 Following

William (@kleptographic) 's Twitter Profile Photo

I wrote a brief summary of Ward Beullens's Rainbow attack! This is probably the most excited I've ever been reading a paper: priv.pub/posts/rainbow-…

Tony "Abolish ICE" Arcieri 🦀🌹 (@bascule) 's Twitter Profile Photo

The funniest part is how the email tries to list the pros/cons of each scheme, and included "can be broken in a weekend with a laptop" as the cons for Rainbow. Seems like a dealbreaker to me!

The funniest part is how the email tries to list the pros/cons of each scheme, and included "can be broken in a weekend with a laptop" as the cons for Rainbow.

Seems like a dealbreaker to me!
Jonathan Komada Eriksen (@komadaeriksen) 's Twitter Profile Photo

There's a new bi-weekly seminar on an oddly specific topic in town! Krijn Reijnders and I are happy to announce that the Isogeny Club will start this fall! Spread the word! the-isogeny-club.github.io

Cosic.be (@cosicbe) 's Twitter Profile Photo

Tim Beyne blogged from #crypto2022 on Ward Beullens' paper "Breaking Rainbow takes a weekend on a laptop", check it out here: esat.kuleuven.be/cosic/blog/bre…

Tim Beyne blogged from #crypto2022 on Ward Beullens' paper "Breaking Rainbow takes a weekend on a laptop", check it out here: esat.kuleuven.be/cosic/blog/bre…
Demis Hassabis (@demishassabis) 's Twitter Profile Photo

Since 1969 Strassen’s algorithm has famously stood as the fastest way to multiply 2 matrices - but with #AlphaTensor we’ve found a new algorithm that’s faster, with potential to improve efficiency by 10-20% across trillions of calculations per day! dpmd.ai/dm-alpha-tensor

Ward Beullens (@wardbeullens) 's Twitter Profile Photo

Isogenists have had a monopoly on pretty graphs for far too long! (By the way, I don't know why these graphs look the way they do, if you find out please let me know...)

Isogenists have had a monopoly on pretty graphs for far too long! (By the way, I don't know why these graphs look the way they do, if you find out please let me know...)
sofía celi (@claucece) 's Twitter Profile Photo

Recently out of the over is the MAYO-sage code: github.com/PQCMayo/MAYO-s…, where we aimed at creating an easy to follow implementation of the PQC scheme MAYO.

Luca De Feo @luca_defeo@ioc.exchange (@luca_defeo) 's Twitter Profile Photo

Come to Zürich work with me and team on isogeny based crypto! [Picture for illustration purposes only, not actual team. IBM Isogeny Day 2022] 😎

Come to Zürich work with me and team on isogeny based crypto!

[Picture for illustration purposes only, not actual team. IBM Isogeny Day 2022] 😎
Bas Westerbaan (@bwesterb) 's Twitter Profile Photo

Just looking at the sizes, PQMayo is the most promising submission to the NIST on-ramp I’ve seen. Also the cycle counts are better than expected. Just needs thorough cryptanalysis. 🤞

sofía celi (@claucece) 's Twitter Profile Photo

If you are around for the NIST's Fifth PQC Standardization Conference, go check our MAYO poster and talk to Matthias Kannwischer or Ward Beullens . They will presented our paper: eprint.iacr.org/2023/1683 and our poster!

If you are around for the NIST's Fifth PQC Standardization Conference, go check our MAYO poster and talk to Matthias Kannwischer or <a href="/WardBeullens/">Ward Beullens</a> . They will presented our paper: eprint.iacr.org/2023/1683 and our poster!
sofía celi (@claucece) 's Twitter Profile Photo

This is a very nice website on what women in academia face,as "We start our summary by stating common gender stereotypes such as "women just need to act like men to succeed in academia" or "academia is fair and objective - women are just not good enough". sites.google.com/view/womeninac…

Giacomo Fenzi (@giacomofenzi) 's Twitter Profile Photo

Spotlighting Greyhound 🐾, the new amazing work from Ngoc Khanh Nguyen and Gregor Seiler! A new super fast and compact polynomial commitments from standard lattice assumptions! 📚: ia.cr/2024/1293 👨‍💻: github.com/lattice-dogs/l…

Spotlighting Greyhound 🐾, the new amazing work from <a href="/KhanhCrypto/">Ngoc Khanh Nguyen</a> and <a href="/gregor_seiler/">Gregor Seiler</a>! 
A new super fast and compact polynomial commitments from standard lattice assumptions!

📚: ia.cr/2024/1293
👨‍💻: github.com/lattice-dogs/l…