Quantum Becomes Commonplace: D-Wave to Present Useful Solutions at CES 2026
D Wave Quantum Inc News
The transition of quantum computing from theoretical research into the industrial mainstream is one of the biggest changes that the technology industry is anticipating as it gets ready for the CES 2026 convention in Las Vegas. As the first commercial supplier of quantum computers in the world, D-Wave Quantum Inc. has announced that it would sponsor the CES Foundry, a high-profile two-day event that will take place at the Fontainebleau in Las Vegas on January 7 and 8, 2026. For businesses, investors, and government officials, this event is a crucial opportunity to see how quantum computing is starting to merge with other revolutionary technologies like blockchain and artificial intelligence (AI).
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Realizing Value Today: The Murray Thom Masterclass
A masterclass presented by Murray Thom, vice president of quantum technology evangelism, is a major feature of D-Wave’s involvement. The session, which is set for Wednesday, January 7, from 1:00 to 1:30 p.m. PT, attempts to go beyond the “hype” that is frequently connected to the field. Using research and commercial efforts that show quantifiable performance improvements that are frequently beyond the capability of classical computers alone, Thom hopes to inform attendees on how to get immediate value out of quantum systems.
The masterclass will concentrate on how D-Wave’s energy-efficient quantum computers address challenging issues in several crucial industries:
- Manufacturing: Improving facility management and production scheduling.
- Logistics and Supply Chain: Complex cargo loading and routing.
- Materials Science: Investigating novel chemical and physical properties more quickly is the goal of materials science.
- Telecommunications: Improving data flow and network efficiency.
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The Synergy of Quantum, AI, and Blockchain
The investigation of technical synergy is one of D-Wave’s showcase’s most innovative features. The business is promoting its hybrid quantum-classical solvers as vital instruments for the upcoming technological revolution. Businesses may propel more complex developments in machine learning and data processing by combining AI with quantum computing.
Additionally, there is growing interest in the nexus between blockchain and quantum. Quantum computing presents potential solutions for intricate optimization and security issues, as blockchain technology looks for more effective and safe basic frameworks. Throughout the event, D-Wave’s specialists will be on hand at booth FT12 to offer interactive demonstrations of these integrations.
Technical Dominance and System Reliability
D-Wave’s significant technical accomplishments support its attendance at CES. The business is still the only one producing gate-model and annealing quantum computers. Quantum Processing Units (QPUs) in their systems, which are referred to as the largest in the world, with response times of less than a second.
Reliability is just as important to commercial clients as speed. According to D-Wave, its quantum cloud service has a 99.9% uptime and availability rate. More than 100 organizations, including significant commercial firms and research institutions, have already submitted more than 200 million problems for processing by this infrastructure. Their argument that quantum computing is a “practical” instrument for the present rather than a promise for the future is supported by this track record.
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Market Momentum and Wall Street’s “Quantum Fever”
D-Wave’s CES demonstration takes place during a time of rapid financial expansion and investor excitement. In 2025, the field of quantum computing was compared to artificial intelligence (AI) five years ago, when it was on the verge of a significant breakthrough. This attitude has been mirrored in D-Wave’s stock (NYSE: QBTS), which has more than tripled in the last 12 months. According to some estimates, strong sales momentum and the acquisition of numerous new clients with extended contract periods have caused some quantum stocks to soar by as much as 500%.
Institutional investors began to view the industry as more legitimate in 2025 when major Wall Street firms, like as JPMorgan, Jefferies, Evercore ISI, Cantor, and Mizuho began covering it. Given that D-Wave’s revenue has doubled to $3.7 million in the third quarter of 2025, analysts have predicted that the company may continue to grow in 2026.
National Security and Government Investment
Government officials have taken an interest in quantum computing as a national security issue outside of the private sector. The development of this technology is allegedly considered a “new Manhattan Project” by the Pentagon. Reports emerged in late 2025 that the U.S. government, particularly the Trump administration, had been negotiating governmental financing in exchange for ownership holdings with companies such as D-Wave, IonQ, and Rigetti Computing. The goal of this possible government investment is to guarantee that the US keeps its technological advantage, especially because China and other international rivals are still “nanoseconds” behind in the quantum race.
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Looking Ahead to 2026
On January 27 and 28, 2026, in Boca Raton, Florida, D-Wave will hold its annual Qubits quantum computing user conference after the CES presentation. In addition to giving the more than 100 organizations that now rely on D-Wave a platform to share their most recent developments, this conference will provide a deeper dive into the technological progress of their hardware and software.
The fundamental point is still evident as D-Wave gets ready for these significant events: the quantum-driven technological and social innovations of the future are being created now. D-Wave hopes to solidify its position as the front-runner in the emerging quantum economy by concentrating on useful, real-world applications rather than merely theoretical benchmarks.
Analogy for Understanding: Consider the early years of the commercial internet to get a sense of where quantum computing is today. D-Wave’s arrival at the CES stage indicates that quantum is transitioning from a laboratory curiosity to the “browser” phase, where industries can finally click, connect, and solve problems at scale, much like the shift from research labs to the first web browsers allowed businesses to go from merely sending emails to revolutionizing global commerce.
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