Quantum Technologies Strategic Imperatives for Health and Healthcare Leaders 2025

–Implement quantum-safe protection for clinical systems, device fleets and hospital data flows: Upgrading EHR exchanges, medical-device connectivity and intra-hospital network traffic to PQC-aligned and QKD- ready architectures protects critical care workflows against long-horizon decryption risks. Focusing on high-exposure areas such as imaging transfers, remote monitoring, pharmacy systems and interfaces between hospitals and diagnostic partners, helps ensure sensitive clinical information remains protected as encryption standards evolve. –Launch a next-generation operations programme that pilots quantum-inspired optimization to achieve operational excellence in health delivery: Applying quantum-inspired techniques to scheduling, forecasting and resource allocation enables more adaptive operating models, supports better alignment of staff and clinical capacity, and improves the responsiveness of complex care delivery systems. –Integrate quantum sensing and diagnostic decision-support tools into clinical evaluation and procurement processes: Assessing emerging sensing modalities and computational diagnostics within triage, imaging and monitoring workflows helps identify high-feasibility use cases, align device requirements with long-term clinical strategies and prepare health systems for adoption of next-generation diagnostic capabilities. This enhances clinical outcomes, reduces downstream treatment costs and supports proactive models of care.5.3 Deliverers Healthcare operations can be transformed by solving complex optimization challenges such as demand forecasting, surgery scheduling and inventory control. –Ensure C-level sponsorship to focus quantum exploration on priority scientific objectives: Executive alignment provides clear direction for where quantum experimentation supports core R&D priorities and ensures the organization develops the capabilities and structures needed to evaluate emerging approaches as they mature. –Integrate AI and advanced computing systems across R&D to harness the combined impact of next-generation technologies: Coordinated efforts across strategy, R&D and technology teams enable quantum methods to be incorporated alongside AI-driven modelling and high-performance simulation, creating opportunities to broaden the landscape of computable biological questions. –Advance quantum-enabled measurement and laboratory innovation where R&D teams control the scientific workflow: Assessing emerging quantum-enhanced laboratory and measurement technologies such as advanced sensing, molecular readout and precision assay tools helps R&D groups determine where new capabilities could raise data quality, reduce experimental bottlenecks or deepen visibility into biological processes that current tools cannot reliably measure. This supports more reliable early discovery and strengthens the scientific foundation for downstream clinical translation.5.2 Creators Quantum Technologies: Strategic Imperatives for Health and Healthcare Leaders 28