From Feasibility to Scale: The Three Phases of Quantum Hardware for Industry

This 20-minute presentation provides a concise roadmap for organizations interested in incorporating quantum computing into their strategic planning. We begin by exploring the three key phases of quantum hardware development—(1) early feasibility demonstrations, (2) experimental implementation of quantum error correction, and (3) large-scale, fault-tolerant quantum systems—and outline how each phase impacts real-world applications. Drawing upon case studies from Merck, the Pawsey Supercomputing Centre, and other early adopters, we highlight how businesses can move beyond “watching from the sidelines” to proactively building quantum capabilities.

Who Should Invest in Quantum Computing Now?
Organizations that handle high-stakes computational challenges—such as pharmaceutical companies tackling complex molecular simulations, supply-chain-driven enterprises optimizing logistics, and research facilities needing large-scale modeling—are prime candidates. In addition, companies looking to gain a competitive edge through next-generation cryptography or data analytics can benefit from aligning with quantum development timelines. For them, early engagement can help shape corporate innovation strategies and yield intellectual property advantages in quantum algorithms relevant to their sector.


By demystifying the hardware roadmap—from early feasibility proofs to large-scale machines—and spotlighting success stories, this presentation equips business leaders with the clarity they need to confidently invest in quantum computing today. The session concludes with actionable guidelines on forming the right partnerships, building specialized teams, and scaling resources, ensuring your organization’s readiness to harness quantum’s transformative potential.