The most significant cybersecurity risk from quantum computing is already in progress, as attackers employ a "harvest now, decrypt later" strategy to target sensitive data. This approach allows malicious actors to collect encrypted data now, with plans to decrypt it later when quantum computing capabilities become more widely available. Experts warn that organizations must start transitioning to post-quantum cryptography to mitigate this risk, despite the challenges posed by legacy systems and operational complexities. The Vanderbilt Quantum Forum highlighted the growing risks associated with expanded quantum access and emerging threat models, emphasizing the need for workforce readiness and cross-sector collaboration. The urgency to plan for post-quantum cryptography migration has increased due to recent quantum developments1. This matters to cybersecurity practitioners because the timeline for migrating to secure cryptographic protocols is narrowing, making it essential to prioritize post-quantum cryptography planning to protect sensitive data from future quantum-powered attacks.