Daon has developed a quantum-ready digital identity architecture, protected by five issued U.S. patents, which integrates post-quantum cryptography to assess the trustworthiness of biometric and authentication data1. This architecture is designed to detect and prevent various types of identity manipulation, including synthetic identity signals and liveness issues, using a combination of classical and quantum-based methods. The system is built as a modular framework, allowing it to evolve from current identity systems to hybrid classical-quantum systems. By incorporating post-quantum cryptography, Daon's architecture addresses the growing concern of quantum computing's potential to compromise current cryptographic methods. The development of this architecture highlights the increasing urgency for entities to plan and migrate to post-quantum cryptography, as advancements in quantum technology narrow the timeline for cryptographic migration. This matters to practitioners as it underscores the need for proactive planning to ensure the long-term security of digital identity systems.