Hei! I’m Carlo!
I love to solve problems related to Cryptography, Math and Coding.
I love Cooking and Climbing too!
Currently searching for a job!
Here, take my short CV or the extra-long CV!
Last Update: Mini-update on what I’m currently working on, here!.
Before that, I was a postDoc at Simula UiB working on
theoretical aspects of PKE, security parameters estimation for side-channel attacks, algebraic
optimization of zero-knowledge protocols and privacy-preserving automotive distributed protocols.
Before that, I was a PhD student at Chalmers and in August 2016, I defended my
PhD thesis in how to guarantee privacy (and more features) in
several cryptographic primitives and protocols.
Before that, I was a BSc+MSc student at Università di Trento and in July 2011, I defended my
MSc thesis on the use of hidden sum for an algebraic attack
on blockciphers, from a theoretical, computational and cryptographic point of view.
Before that, I studied Computer Science during high-school!
My research interests are quite broad, spacing from algebraic cryptanalysis to computational aspects. As my publication list showcases, I worked/researched in many branches of Cryptography:
“If a man’s wit be wandering, let him study the mathematics.” - Francis Bacon
Updates
2024.12.09: Mini-update on what I’m currently working on, here!.
2024.11.13: I’m sharing a personal story of the worst nightmare while searching for a job. You can read it here.
2024.07.12: I released some (anonymized) technical assessments made during my job-hunting. Take a look!
2024.07.03: new Crypto paper about estimating mutual information in side-channel leakage certification using multivariate data, up to dimension 30! Plus, a blog post about the status of my job search.
2024.06.04: Re-uploaded the code of old papers NIVA and MLCrypto into GitHub.
2024.05.16: new paper about authentication and communication for networks of cars in a blazingly fast way!
2024.05.10: I wrote a blog post talking about this project (repo): a noiseless side-channel problem of retrieving the AES-128 key from the Hamming weights of the first two rounds.
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