Earlier this year, IBM unveiled a landmark $30 billion commitment to mainframe research, including a big bet on quantum computing. The announcement signaled quantum’s maturation from purely experimental to soon to be essential.
This confidence was validated in October when JPMorgan added quantum technology to its $10 billion strategic portfolio, triggering price surges across quantum stocks.
Quantum computing promises to dramatically accelerate AI development, medical discoveries, and complex analyses of everything from supply chains to climate models. This developing technology, if fully realized, will solve problems that would take today's computers thousands of years.
Most executives had to scramble when ChatGPT became widely available in November 2022. That experience can serve as a lesson for how to approach quantum computing: Start taking steps now to be ready when the breakthrough moment comes.
As a Time magazine op-ed piece—written by the heads of Honeywell and Quantinuum, a quantum-focused company spun out from it—declared, “The quantum train is leaving the station.” Are you aboard, taking action to capitalize on major quantum advancements, or still deciding whether to buy a ticket?
Unlike classical computers, which process bits as 0s or 1s, quantum computers use qubits, which can exist in multiple states simultaneously through superposition and entanglement, drastically cutting processing time.
With thousands of qubits, the business implications will become tangible, optimizing thousands of delivery routes in seconds, saving millions of dollars in operational costs, and simulating countless stock market scenarios. Research and development (R&D) teams will research potential battery chemistries without labs, shrinking product cycles.
Between 10,000 and 100,000 qubits, quantum systems will be able to calculate drug interactions at atomic precision, optimize global supply chains, and test advanced defensive systems.
At 1 million qubits, we enter entirely new territory. Real-time climate modeling enables hyper-local forecasting and disaster prevention. AI models train in hours instead of weeks. Entire drug pipelines, from compound discovery to clinical trial, compress into days. Personalized medicine tailored to individual genomes and real-time biomarkers becomes a reality.
This isn't farsighted speculation. Microsoft hit a major milestone with its Majorana 1 processor, designed to scale to 1 million qubits on a single chip. This ushered in fault-tolerant, utility-scale quantum computing that promises to fundamentally reshape industries from finance to healthcare to logistics to national defense.
What does this mean for business leaders? Quantum readiness requires a dual approach, one that balances capitalizing on rich opportunities and defending against novel threats.
Market projections by BCC Research show the global market for quantum computing expanding at a 34.6% compound annual growth rate, reaching nearly $7.3 billion by 2030.
Organizations capturing this value are those that are building capabilities now rather than waiting for certainty. Early explorations lead to future-proofing businesses.
JPMorgan is collaborating with Argonne National Laboratory to test quantum algorithms for evaluating multiple portfolio simulations, enabling faster and more precise optimization. BMW is exploring lighter materials and battery innovations that could lead to electric vehicles with greater range and quicker charging without years of lab tests.
Seizing quantum opportunities requires establishing leadership structures that cut across existing silos. Appointing a dedicated quantum leader and creating cross-functional task forces help ensure alignment across security, data, R&D, and compliance while identifying high-impact use cases.
Many leading organizations are going further, establishing quantum Centers of Excellence that signal a strategic commitment beyond quarterly earnings—building expertise, attracting talent, and fostering partnerships.
The opportunity narrative is compelling, but quantum computers also endanger traditional encryption methods, posing existential threats to sensitive data and critical infrastructure.
Gartner estimates advances in quantum computing will render applications, data, and networks protected by current asymmetric cryptography unsafe by 2029. The defense imperative demands immediate action across multiple fronts.
Organizations must establish governance frameworks that define clear ownership across key functions—such as R&D, cybersecurity, compliance, legal, and partnerships—to ensure that quantum efforts are coordinated rather than siloed. These frameworks must be dynamic, scaling as capabilities evolve from early-stage pilots to production-grade systems.
Building quantum literacy across the organization through training programs and academic collaborations helps develop the skills necessary to not only compete, but also defend against threats.
Organizations must also harden security infrastructure for the quantum future. This means evaluating current algorithms and protocols and developing transition plans to post-quantum cryptography standards. And this defense starts with mapping all cryptography uses within the organization, which requires a bird’s-eye view of the entire enterprise.
Ultimately, participation in the wider quantum ecosystem may exemplify the dual imperatives. Shared standards, pilot programs, and regulatory guidance can reduce risk in adoption while helping to ensure responsible, safe, and equitable deployment.
At the same time, active participation in the wider quantum ecosystem beyond simple vendor-client relationships accelerates innovation by pooling R&D resources and sharing breakthroughs across academia, startups, and enterprise labs.
The rollout of generative AI has seen companies compete for scarce talent, rush strategies, and allocate resources without tangible business returns. Quantum offers a strategic opportunity to take action, signaling to customers, partners, and regulators that your organization is secure and future-focused while also seizing opportunities and defending against threats.
Organizations prioritizing quantum readiness won't just adapt to the future—they’ll lead it, mapping uncharted territory, setting standards, shaping ecosystems, and defining competitive dynamics of the new quantum era.
Get more insights in our innovation brief, Quantum Readiness: Your strategic edge for unmatched operational resilience.
