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D-Wave at Qubits 2026 Reveals Dual-Platform Future: Annealing Growth Rises as Gate-Model Launch Approaches

D-wave news

D-Wave Quantum Inc. announced many quantum computing game-changing innovations at Qubits 2026, its annual user conference. As the sole dual-platform provider, the business is accelerating the construction of its first commercial gate-model computer and growing its quantum annealing systems.

A Growing Interest in Annealing Quantum Computers

The conference's headline stats demonstrate rapidly rising commercial and research adoption. D-Wave's Advantage2 annealing quantum systems had 314% growth last year. This rise is due to the growing need for quantum solutions that may tackle difficult optimization problems better than classical methods.

Equally essential is D-Wave's hybrid technology. The nonlinear program solver, now termed the Stride hybrid solver, has seen 114% growth in use in six months. By combining quantum annealing with classical computing, these hybrid systems aim to solve problems that conventional computers cannot.

Machine Learning-Quantum Optimization Integration

The conference introduced the Stride hybrid solver, which integrates machine learning models directly into quantum optimization workflows. Businesses can now use “surrogate modeling” to bridge practical optimization and predictive analytics.

This enhancement has several practical uses, including:

Predictive industrial maintenance. Optimising ads and spike pricing. Management and scheduling of workers. Shipping and logistics. D-Wave intends to improve manufacturing & logistics and quantum AI results by using machine learning models to direct the quantum solver.

Scientific Advances: Quantum Dynamics Clarified

D-Wave introduced advanced qubit control methods like Multicolor Annealing and Fast-Reverse Anneal to researchers. These characteristics, which are only available to a few clients, enable researchers more precise control over the annealing process to study quantum state evolution.

Fast-Reverse Anneal lets researchers switch between annealing cycles while maintaining coherence in quantum-effect-rich regions. Repeatable control is needed to understand complex quantum processes. In the meantime, Multicolor Annealing allows controlled excitation and mid-anneal projection, which enable deep quantum phenomena study and algorithm prototyping.

The Gate-Model Accelerated Road

D-Wave has led the quantum annealing industry for years, but its gate-model roadmap is moving quickly. With the acquisition of Quantum Circuits, Inc., D-Wave plans to debut its first gate-model system in 2026.

The company claims to be the only one with the three required technologies for a scalable, error-corrected superconducting gate-model system:

Dual-Rail Qubits: These error-detecting, high-fidelity qubits could reduce the number of physical qubits needed per logical qubit by an order of magnitude. Scalable Cryogenic Control: Multi-chip superconducting packaging and on-chip cryogenic control use fewer I/O control lines to scale devices. Commercial-Grade Dependability: Long-lasting cryogenic systems. D-Wave Chief Development Officer Dr. Trevor Lanting said the dual-platform solution will “meet the full range of real-world computational demand”. He said the company is utilizing annealing to assist customers solve complex challenges and develop “industry-leading gate-model control architectures” of the future.

Growing Developer and Business Ecosystem

Beyond hardware, D-Wave is expanding its Leap quantum cloud service, which gives real-time access to quantum systems with 99.9% availability. The company's ecosystem includes the Ocean suite of open-source tools and the D-Wave Launch program, which helps organizations adopt quantum computing.

D-Wave calls itself the “practical quantum computing company” because over 100 commercial, governmental, and research entities employ its technology. The company provides advanced computing, workforce scheduling, and public sector applications.