web01.fireside.fm Sat, 25 Apr 2026 15:38:51 -0500 Fireside (https://fireside.fm) Cryptography FM - Episodes Tagged with “Post Quantum Cryptography” https://cryptography.fireside.fm/tags/post-quantum%20cryptography Tue, 08 Dec 2020 16:00:00 +0100 Cryptography FM is a regular podcast with news and a featured interview covering the latest developments in theoretical and applied cryptography. Whether it's a new innovative paper on lattice-based cryptography or a novel attack on a secure messaging protocol, we'll get the people behind it on Cryptography FM. en-us episodic In-depth, substantive discussions on the latest news and research in applied cryptography. Symbolic Software Cryptography FM is a regular podcast with news and a featured interview covering the latest developments in theoretical and applied cryptography. Whether it's a new innovative paper on lattice-based cryptography or a novel attack on a secure messaging protocol, we'll get the people behind it on Cryptography FM. no cryptography Symbolic Software nadim@symbolic.software Episode 11: Breaking the Rainbow Post-Quantum Cryptography Candidate! https://cryptography.fireside.fm/11 18f5028d-d6c7-4331-bec2-a218ac954db5 Tue, 08 Dec 2020 16:00:00 +0100 Symbolic Software 11 Episode 11: Breaking the Rainbow Post-Quantum Cryptography Candidate! full Symbolic Software Serious weaknesses are uncovered in one of NIST's post-quantum cryptography finalists. Ward Beullens joins us to talk about his new research and more. 38:08 no The race for post-quantum cryptographic signature primitives is in its final lap over at NIST, which recently announced DILITHIUM, FALCON and Rainbow as the three signature primitive finalists. But a paper recently published by KU Leuven researcher Ward Beullens claims to find serious weaknesses in the security of Rainbow, one of those three finalists. In fact, the paper claims that the weaknesses are so severe that Rainbow’s security parameters now fall short of the security requirements set out by the NIST post-quantum competition. But how does Rainbow work, and how do these weaknesses affect it? And why weren’t they spotted until now? We discuss this and more in this week’s episode of Cryptography FM. Links and papers discussed in the show: * Improved Cryptanalysis of UOV and Rainbow (https://eprint.iacr.org/2020/1343) * SQISign: compact post-quantum signatures from quaternions and isogenies (https://eprint.iacr.org/2020/1240) Music composed by Toby Fox and performed by Sean Schafianski (https://seanschafianski.bandcamp.com/). Special Guest: Ward Beullens. post-quantum cryptography,signature schemes The race for post-quantum cryptographic signature primitives is in its final lap over at NIST, which recently announced DILITHIUM, FALCON and Rainbow as the three signature primitive finalists. But a paper recently published by KU Leuven researcher Ward Beullens claims to find serious weaknesses in the security of Rainbow, one of those three finalists. In fact, the paper claims that the weaknesses are so severe that Rainbow’s security parameters now fall short of the security requirements set out by the NIST post-quantum competition.

But how does Rainbow work, and how do these weaknesses affect it? And why weren’t they spotted until now? We discuss this and more in this week’s episode of Cryptography FM.

Links and papers discussed in the show:

Music composed by Toby Fox and performed by Sean Schafianski.

Special Guest: Ward Beullens.

Sponsored By:

]]> The race for post-quantum cryptographic signature primitives is in its final lap over at NIST, which recently announced DILITHIUM, FALCON and Rainbow as the three signature primitive finalists. But a paper recently published by KU Leuven researcher Ward Beullens claims to find serious weaknesses in the security of Rainbow, one of those three finalists. In fact, the paper claims that the weaknesses are so severe that Rainbow’s security parameters now fall short of the security requirements set out by the NIST post-quantum competition.

But how does Rainbow work, and how do these weaknesses affect it? And why weren’t they spotted until now? We discuss this and more in this week’s episode of Cryptography FM.

Links and papers discussed in the show:

Music composed by Toby Fox and performed by Sean Schafianski.

Special Guest: Ward Beullens.

Sponsored By:

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