Quantum computers pose a significant threat to current cryptographic systems, but the transition to post-quantum cryptography (PQC) is a manageable process. The mathematical foundations of modern encryption may eventually be broken by quantum computers, but this is not an immediate crisis. Instead, businesses can navigate this change through a gradual evolution, replacing current algorithms with quantum-resistant ones. As quantum computing capabilities advance, the timeline for migrating to PQC shortens, increasing the urgency for executives to plan for this transition1. The shift to PQC requires a strategic approach, taking into account the potential disruption, costs, and complexity of implementing new cryptographic protocols. For practitioners, understanding the implications of quantum computing on cryptography is crucial, as it will impact the security of digital transactions and communications. So what matters most is that organizations prioritize PQC planning to ensure a secure transition to quantum-resistant algorithms.