Proof production for SMT solvers is paramount to ensure their correctness independently
from implementations, which are often prohibitively difficult to verify. Historically, however …

We present a certified SMT QF_BV solver CoqQFBV built from a verified bit blasting
algorithm, Kissat, and the verified SAT certificate checker GratChk in this paper. Our verified …

Ensuring hardware and software correctness increasingly relies on the use of symbolic logic
solvers, in particular for satisfiability modulo theories (SMT). However, building efficient and …

Generating proofs of unsatisfiability is a valuable capability of most SAT solvers, and is an
active area of research for SMT solvers. This paper introduces the first method to efficiently …

Blockchain technologies have drawn significant attention from both academia and industry
over the last decade, with increasing adoption by the general public and potential to …

Today, software is used in a wide range of critical systems. Ensuring that these systems are
working as intended, secure, and safe is of utmost importance. It is well known that rigorous …

Ensuring the correctness of safety-critical systems is of paramount importance, and it is
becoming increasingly vital to utilize formal verification techniques to achieve this. In …

The generation of proof certificates and the use of proof checkers is nowadays standard in
first-order automated theorem proving and related areas. They have, to the best of our …