At SymSafe, we develop automated mathematical methods to analyze the security and correctness of modern cyber-physical systems. Using advanced symbolic rewriting techniques, such as resolution rewriting of satisfying theories (SMT) and domain-specific complexity reduction analysis, we seek to ensure the integrity of these critical systems in an increasingly interconnected and technologically advanced environment. SymSafe represents the convergence between cutting-edge mathematical symbology and security, offering an innovative and powerful approach to addressing security challenges in today’s cyberphysical systems.