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.
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episode 4: Episode 4: Formally Verifying Your Taxes With Catala!
Anyone who’s looked at the French civil code -- or, God forbid, the French tax code -- will tell you that it takes more than a mere human mind to decipher its meaning, given how it’s been growing and growing ever since it was established by Napoleon hundreds of years ago.
Well, Catala is a new project that takes this adage perhaps a bit too literally, by applying formal methods -- a field increasingly seen as immediately adjacent to cryptography -- on the French tax code! Catala aims to provide a “domain-specific programming language designed for deriving correct-by-construction implementations from legislative texts.” -- what that means is that you’ll be able to describe the tax code in a programming language, and get a proven-correct processing of your tax returns in that same language, too!
This episode of Cryptography FM is not directly about cryptography. Instead we’ll be covering a highly related and definitely interesting tangent: can we use the same formal methods that have recently proven the security of protocols like Signal and TLS in order to formally verify our tax returns? And, more importantly, can today’s guest help me pay less taxes?!
Joining us today is doctoral student Denis Merigoux, to talk about Catala, and more.
Links:
- Catala homepage
Music composed by Toby Fox and performed by Sean Schafianski.
Special Guest: Denis Merigoux.
Sponsored By:
- Symbolic Software: This episode is sponsored by Symbolic Software. Symbolic Software helps you bring in the experience and knowledge necessary to design, or prove secure, state-of-the-art cryptographic systems for new solutions. We've helped design and formally verify some of the world's most widely used cryptographic protocols.