Nadim Kobeissi

TL;DR: This paper outlines a framework to analyze and verify both the runtime safety and the functional correctness of Ethereum contracts by translation to F*, a functional programming language aimed at program verification.

TL;DR: A methodology for developing verified symbolic and computational models of TLS 1.3 hand-in-hand with a high-assurance reference implementation of the protocol, and presents a computational CryptoVerif model for TLS1.3 Draft-18 and proves its security.

TL;DR: This work uses ProVerif and CryptoVerif to find new and previously-known weaknesses in the protocol and suggest practical countermeasures, and demonstrates that, with disciplined programming and some verification expertise, the systematic analysis of complex cryptographic web applications is now becoming practical.

TL;DR: EverParse, a framework for generating parsers and serializers from tag-length-value binary message format descriptions, is presented and its generality is illustrated by implementing the Bitcoin block and transaction formats, and the ASN.1 DER payload of PKCS#1 RSA signatures.

TL;DR: Noise Explorer is presented, an online engine for designing, reasoning about, formally verifying and implementing arbitrary Noise Hand shake patterns and can parse formal verification results to generate detailed-but-pedagogical reports regarding the exact security goals of each message of a Noise Handshake Pattern.