emmanuel prouff

[Cosic.be @CosicBe]

🔐 IPECC, ANSSI's advanced ECC hardware IP now integrates COSIC's ES-TRNG (https://t.co/mgPY9vzw43) for enhanced security. Discover more: https://t.co/yML46Zh7Jo #HardwareSecurity #ANSSI #IPECC #COSICTRNG

[Patrick Longa @PatrickLonga]

Speeding up your favorite cryptography with faster extension field multiplications: https://t.co/bnnEOVgEPq. SIKE up to ~1.3x faster, pairings (BLS12-381) up to ~1.4x faster on a standard computer. New algorithms already integrated to the SIDH library: https://t.co/8wptoG6IBp

[Colin O'Flynn @colinoflynn]

As part of ChipWhisperer-Husky we updated the target board interface - the new target boards use an edge connector that simplifies usage with much larger boards, as well as adding new pins (Arm Trace support) and voltages. As well as an adapter to "old style" targets shown here.

[ANSSI @ANSSI_FR]

📢[Premiers schémas de certification européens] Vous êtes un centre de certification ou un laboratoire d’évaluation et vous souhaitez vous positionner sur le schéma EU Common Criteria pour le niveau d’assurance Substantiel ? Contactez l’ANSSI ! #ssi
↪️https://t.co/B70rPOxAcT

[Olivier Bronchain @BronchainO]

In November, I’ve been studying the portability of templates across various targets.

for i in range(20):
board = Board()
board.unpack()
board.remove_capacitor()
board.add_crystal()
board.plug_scope()
board.measure()

[Olivier Bronchain @BronchainO]

@bentimon Sure! the paper just got accepted, I'll let you know when online.

I made pairs (i,j): train a model on i, evaluate the information x_{i,j} that the model extracted from the j.

The best pairs are for i=j, and x_{i,j}/x_{j,j} is the loss due the portability of the template.

[Reza Shokri @rzshokri]

The main objective of paper review process is not paper selection. Spoiler alert: It is rather providing an objective technical review of a paper from the viewpoint of an expert. The discussion between reviewers should also be primarily about this. The decision making process

[Benjamin Timon @bentimon]

Very proud of the team! 🥳

In the coming weeks I will post an article presenting how we solved one of the @DonjonLedger #ctf 🚩challenges with #DeepLearning 🤖.

Stay tuned.

[Mélissa Rossi @MelissaRossiD]

Sécurité étendue de la cryptographie fondée sur les réseaux euclidiens 👀 ?
En français s'il vous plait !
Un petit aperçu animé de ma thèse en 10 minutes :
https://t.co/oTxw6TQOKr

[Colin O'Flynn @colinoflynn]

Honest question - do you think Intel considered what about of $ would be required to convince @yuvalyarom and Genkin to stop looking at Intel devices? Like it would seem to be not acting in the companies best interest if they didn't try.

[Cryptosense @cryptosense]

We're hiring a Senior Software Engineer to work in our Paris office. Great benefits, interesting projects and a supportive team. Send CV to [email protected]. Check https://t.co/a1JVht79yj for more information.

[PLM @PLM_SHWSE]

We still have 3 internship position open for HW security (best location, best team, best futher opportunities...):
-https://t.co/ADRqtKDC5r
-https://t.co/UvCqHbz2VF
-https://t.co/50FQLolIde

[Mathieu RENARD @GotoHack]

#Wookey by @ANSSI_FR : Building trusted USB devices and #IoT Today @ #POSS2019 Meet up the #Wookey team at booth C16

[PLM @PLM_SHWSE]

Thanks for the great organization!!!

[Sonia Belaïd @sbelaid_]

The 18th edition of CARDIS started yesterday with an amazing program :) Thanks to all speakers!

[Sonia Belaïd @sbelaid_]

Registration is now open for CARDIS 2019: https://t.co/krMhZYEeqb
Check out online the list of accepted papers, the program, and our invited talks!

[Ledger Donjon @DonjonLedger]

The Donjon is growing. We're looking for a talented Software Security researcher.

If you're willing to try the challenge, don't hesitate to DM or directly apply

RT appreciated.
https://t.co/0Y9UuK2tdI

[PLM @PLM_SHWSE]

au fait, on cherche des stagiaires

[Matthew Green @matthew_d_green]

Cool new side channel attack against RNGs from @shaananc and others. Basically, takes advantage of the fact that NIST’s standard AES PRNG re-uses a single key for too long, which allows a local attacker to extract the secret. https://t.co/6sc2O6ahLX