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In an ideal world, we would like to have a development cycle which efficiently integrates and interweaves concurrent verification and development efforts. This requires developing common specification styles and languages that can be shared by developers and verifiers. This internship provides a plausible approach: by extracting specs from F* and translating them directly to QCheck tests, we can ensure that the specs and definitions in both F* and OCaml — that is both in Proofs and Tests — are two correct reifications of the same concepts.

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Why is the topic of this internship important?

Making verification techniques scale up to a large industrial, cutting edge, project is a Herculean task. In our case, one of the great hurdles is tightening the verification gap between a mechanization in F*, and the real-world Tezos implementation in OCaml. In a large and complex codeb...

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Concretely, I’ve first applied this workflow to the implementation of Sapling , a protocol used in Tezos for enabling privacy-preserving transactions. The main verification effort for this initial c...

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What is your input to the work of Antonio?

As Antonio’s mentors, our role is to provide guidance based on our combined experience working on the development of the Tezos Economic Protocol, on mechanized software development and verification, and in the toolchain itself. We plant seeds, in the form of suggesting relevant academic...

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the appeal of Nomadic Labs is its rigorous scientific background, which guarantees an opportunity to learn about interesting new developments and ideas

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F* is a hybrid verification-oriented programming language. This means that it not only has the expressivity of interactive theorem provers based on dependent types, but thanks to its SMT support it can also automatically prove many properties.

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Internship Goals

1. model a piece of OCaml code in F*, specifying and proving interesting properties that it should satisfy.

2. extract a certified OCaml implementation from the model, with which to replace the original implementation.

3. extract the specification itself from the model, as Property ...

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decebaldobrica

#engineering, #machinelearning and #crypto

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