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View Foundation StatusPost-Quantum Cybersecurity
A practical, educational overview of how organizations can approach cryptographic readiness in a changing standards environment. This is an educational resource, not a commercial service.
Advances in quantum computing have prompted standards bodies and organizations to begin preparing for a transition to post-quantum cryptography. The work is less about a single switch and more about disciplined preparation: understanding what you have, where the risk lies, and how to migrate without disruption. The four areas below outline a pragmatic readiness path.
Understanding what cryptographic systems exist across an organization is the essential first step. This includes identifying where public-key cryptography is used, what algorithms are employed, key sizes, and dependencies on cryptographic libraries and protocols.
Not all cryptographic applications face the same timeline or severity of quantum risk. Data with long confidentiality requirements faces harvest-now-decrypt-later threats, while authentication systems may have a different risk profile.
Building systems that can transition between cryptographic algorithms without major architectural changes is increasingly important. Crypto-agility reduces migration risk and enables faster response to emerging threats or standards changes.
NIST has standardized post-quantum algorithms including ML-KEM (formerly CRYSTALS-Kyber) for key encapsulation and ML-DSA (formerly CRYSTALS-Dilithium) for digital signatures. Planning migration requires understanding these standards and their implementation requirements.
Post-quantum readiness is part of Black Diamond's broader research into quantum resilience and cybersecurity assurance. To discuss collaboration or learn more about our work, reach out.