Dylan Rosario’s Post

Without permission, with programmable cryptography - Oskarth https://lnkd.in/eSSejqVq

A great short video, explaining the classic cryptography challenges and the concerns when quantum computers will be here. And of course, the post quantum cryptography availability.

An Intensive Introduction to Cryptography https://lnkd.in/dBvZ3zhu

I have previously shared with you Yilei Chen's article titled "Quantum Algorithms for Lattice Problems", which makes important claims (https://lnkd.in/diCdyYTw). It was claimed by two scientists that there was a bug in the 9th stage of the algorithm shared in the article, and the existence of the bug was accepted by the author of the article with the following announcement. Although this situation gives some relief to the industry regarding Post-Quantum Cryptography, no one currently knows whether this bug will be fixed or not. I think alternative studies on this subject should continue at full speed: "Update on April 18: Step 9 of the algorithm contains a bug, which I don't know how to fix. See the updated version of eprint/2024/555 - Section 3.5.9 (Page 37) for details. I sincerely thank you Hongxun Wu and (independently) Thomas Vidick for finding the bug today. Now the claim of showing a polynomial time quantum algorithm for solving LWE with polynomial modulus-noise ratios does not hold. "I leave the rest of the paper as it is (added a clarification of an operation in Step 8) as a hope that ideas like Complex Gaussian and windowed QFT may find other applications in quantum computation, or tackle LWE in other ways." #post_quantum_cryptography #pki

Quantum computing promises to upend our current #cryptographic methods, but what does that mean for your organization? This blog tackles the most pressing questions and clears up common misconceptions about Post-Quantum Cryptography. Ready to safeguard your future? Learn why now is the time to prepare for the quantum era. 🌐👇

Quantum computing promises to upend our current #cryptographic methods, but what does that mean for your organization? This blog tackles the most pressing questions and clears up common misconceptions about Post-Quantum Cryptography. Ready to safeguard your future? Learn why now is the time to prepare for the quantum era. 🌐👇

Quantum computing promises to upend our current #cryptographic methods, but what does that mean for your organization? This blog tackles the most pressing questions and clears up common misconceptions about Post-Quantum Cryptography. Ready to safeguard your future? Learn why now is the time to prepare for the quantum era. 🌐👇

Quantum computing promises to upend our current #cryptographic methods, but what does that mean for your organization? This blog tackles the most pressing questions and clears up common misconceptions about Post-Quantum Cryptography. Ready to safeguard your future? Learn why now is the time to prepare for the quantum era. 🌐👇

Public Key Generation in Cryptography Using Elliptic Curve Cryptography (ECC): A Step-by-Step Approach https://lnkd.in/d5b5YgzW

Implement one of the initial simple encrypting CEASAR CIPHER algorithm. using #RUST this was to learn a basic cryptography concept. i will be checking and doing the sha-1 next . You can fine the source code here https://lnkd.in/diQTzU8e