D-Wave Quantum Announces 2026 User Conference to Showcase Commercial Quantum Computing Applications
TL;DR
D-Wave's Qubits 2026 conference offers early access to quantum computing strategies that could provide a competitive edge in optimization and AI applications.
D-Wave will detail its technology roadmap for annealing and gate-model quantum systems at the Qubits 2026 conference on January 27-28, 2026 in Florida.
D-Wave's energy-efficient quantum computers are solving real-world problems today, advancing research and technology to create a more innovative and capable future society.
D-Wave's Qubits 2026 conference features global speakers and free virtual streaming, showcasing how quantum computers already solve millions of complex problems.
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D-Wave Quantum Inc. announced its annual Qubits user conference will take place January 27 and 28, 2026, in Boca Raton, Florida, bringing together quantum computing users, industry leaders, and scientists to demonstrate how quantum technology is already delivering commercial value. The event's importance lies in its focus on practical applications rather than theoretical possibilities, showcasing how organizations across multiple sectors are using D-Wave's technology to solve real-world computational challenges today.
The conference will feature talks from D-Wave executives, customers, and industry representatives including Anduril, AT&T, Davidson Technologies, Lighthouse DIG, North Wales Police, PolarisQB, Q-Alliance, Quantum Coast Capital, TECNALIA, Unissant, and Verge. This diverse lineup underscores the broadening adoption of quantum computing beyond research institutions into commercial, defense, telecommunications, and public sector applications. For those unable to attend in person, D-Wave will offer a free virtual livestream of the first day's talks, accessible through the registration link at https://ibn.fm/MdYSK.
D-Wave will highlight how its energy-efficient annealing quantum computers and hybrid-quantum solvers are delivering measurable impact, addressing the critical question of when quantum computing will move from experimental to operational. The company will also share its latest technology roadmap for both annealing and gate-model initiatives, demonstrating its dual-path approach to quantum computing development. This strategic vision positions D-Wave as the only company building both types of quantum computers, giving it unique insight into the practical applications of different quantum architectures.
The implications of this conference extend beyond D-Wave's corporate announcements to the broader quantum computing industry. As organizations increasingly seek computational solutions for optimization, artificial intelligence, and research challenges, events like Qubits 2026 provide essential insight into how quantum technology can be integrated into existing workflows. With over 200 million problems submitted to D-Wave's quantum systems to date and more than 100 organizations using their technology, the conference represents a significant milestone in quantum computing's commercial maturation.
For the business community, Qubits 2026 offers a window into how quantum computing is evolving from speculative investment to practical tool. The participation of companies like AT&T and organizations like North Wales Police demonstrates that quantum applications are already being tested in telecommunications and public safety contexts. This matters because it suggests quantum advantage may arrive sooner than many analysts predicted, potentially disrupting industries that rely on complex optimization problems. Additional information about D-Wave's quantum systems and services is available at www.dwavequantum.com.
The conference also highlights the growing ecosystem around quantum computing, with venture capital firms like Quantum Coast Capital and research organizations like TECNALIA participating alongside commercial users. This convergence of investment, research, and application development signals that quantum computing is transitioning from laboratory curiosity to industrial technology. As forward-looking statements in the original announcement note, quantum computing development involves risks and uncertainties, but events like Qubits 2026 provide concrete evidence of progress toward practical implementation.
Curated from NewMediaWire


