Computer-aided cryptography is an active area of research that develops and applies
formal, machine-checkable approaches to the design, analysis, and implementation of …

High-assurance cryptography leverages methods from program verification and
cryptography engineering to deliver efficient cryptographic software with machine-checked …

Most software domains rely on compilers to translate high-level code to multiple different
machine languages, with performance not too much worse than what developers would …

We present a new methodology for building formally verified cryptographic libraries that are
optimized for multiple architectures. In particular, we show how to write and verify generic …

Program verification has been successfully applied to increasingly large and complex
systems. Much of this recent success can be attributed to the automation provided by …

We present a certified algebraic abstraction technique for verifying bit-accurate non-linear
integer computations. In algebraic abstraction, programs are lifted to polynomial equations …

COQCRYPTOLINE is an automatic certified verification tool for cryptographic programs. It is
built on OCAML programs extracted from algorithms fully certified in COQ with SS …

The IETF released RFC 8446 in 2018 as the new TLS 1.3 standard, which recommends
using X25519 for key exchange and Ed25519 for identity verification. These computations …

Given a fixed-size block, cryptographic block functions generate outputs by a sequence of
bitwise operations. Block functions are widely used in the design of hash functions and …

Masking is a widely-used effective countermeasure against power side-channel attacks for
implementing cryptographic algorithms. Surprisingly, few formal verification techniques have …