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2026 marks a pivotal shift from theoretical planning to operational execution. As NIST standards integrate into vendor products, the gap between the ready and the deferred will widen. This year demands cross-functional ownership of the quantum posture...ensuring security, innovation, and executive leadership operate from a single, unified roadmap.

The EU’s post-quantum cryptography roadmap treats quantum risk as an immediate migration challenge, requiring organizations to inventory cryptography, adopt crypto-agility, and deploy hybrid classical-plus-PQC schemes in alignment with emerging EU, NIST, and ETSI standards.

Federal moves to accelerate quantum adoption signal that quantum readiness is no longer a future concern but a present operational requirement. As post-quantum cryptography expectations from NIST, CISA, and international regulators take shape, organizations face audits, evidence requests, and deadlines they are not prepared for. Most still lack visibility into where quantum-vulnerable cryptography exists. Readiness, not announcements, is now the critical first step.

Hybrid compute combines cloud, AI, and quantum systems into a single, coordinated architecture that routes each workload to the most effective execution environment. This approach delivers scalability, performance, and resilience that no single computing paradigm can achieve alone.