The National Institute of Standards and Technology has advanced nine post-quantum digital signature algorithms to the third round of standardization, bringing them one step closer to widespread adoption. These algorithms, including FAEST, HAWK, and SNOVA, are designed to withstand potential quantum computing threats that could compromise current cryptographic systems. The third-round evaluation phase is expected to last approximately two years, during which time submission teams can provide technical updates. This initiative, launched in 2022, aims to diversify cryptographic solutions beyond lattice-based approaches1. The advancement of these algorithms underscores the growing urgency to prepare for a post-quantum future, where current encryption methods may be vulnerable to quantum computing attacks. As a result, practitioners must prioritize planning for cryptographic migration to ensure the long-term security of their systems.