Quantum Technologies Key Opportunities for Advanced Manufacturing and Supply Chains 2025

Solving complex process and scheduling problems through quantum computing Quantum computing has the potential to transform factory operations by enabling advanced optimization and enhanced precision.19 In the future, quantum algorithms could optimize workflows, production scheduling and real-time decision- making, offering unparalleled computational power for dynamic production environments. These applications will pave the way for smarter, more efficient and resilient industrial processes, as quantum systems advance towards commercial readiness for production-scale workloads in the coming years.20 Unparalleled precision and quality enabled by quantum sensing In addition to quantum computing, sensing technologies can be used to enable real-time quality checks, predictive maintenance and facility stability monitoring.21 Embedding quantum sensors into factory operations enables non-invasive, continuous monitoring systems that enhance safety, minimize unplanned downtime and ensure regulatory compliance. Securing the factory of the future with quantum security and communications The rise of smart factories and digital operations create a growing surface for cybersecurity vulnerabilities, especially in operational technology (OT) environments where downtime or manipulation can lead to physical damage, compromised product integrity or safety risks. Quantum- secure technologies are becoming essential for safeguarding production systems, ensuring compliance and encouraging customer trust. Quantum-secure technologies are becoming essential for safeguarding production systems, ensuring compliance and encouraging customer trust. Quantum Technologies: Key Opportunities for Advanced Manufacturing and Supply Chains 13