Key Highlights

• D-Wave's enhanced Stride hybrid solver found better solutions in 15 seconds than its previous version found in 120 seconds in assembly line balancing benchmarks.

• For traveling salesperson problems with up to 10,000 locations, solutions averaged within 0.02% of the best possible result in 15 seconds.

• The company launched a three-course Applied Quantum Optimization learning path for developers.

• The updated Stride hybrid solver is now available through D-Wave's Leap quantum cloud service.

D-Wave Quantum Inc.(NASDAQ:QBTS) announced on November 4, 2026, performance enhancements to its Stride hybrid solver alongside the launch of a new developer Training program. The company, which offers both annealing and gate-model Quantum Computing systems, described the updates as designed to help users tackle complex, real-world Business optimization challenges more effectively.

Benchmark Results Show Measurable Gains

D-Wave enhanced the core algorithm of its Stride hybrid solver, which combines quantum and classical computing resources to address large optimization problems. The updated solver is now available through the company's Leap quantum cloud service.

Benchmarks comparing the enhanced solver against its previous version demonstrated gains across multiple problem types. For traveling salesperson problems involving up to 10,000 locations, solutions averaged within 0.02% of the best possible result in 15 seconds and were, on average, more than 200 times closer to the best possible result than the previous version using the same runtime.

For larger traveling salesperson problems exceeding 10,000 locations, solutions averaged within 3.8% of the best possible result in 120 seconds and were more than 500 times closer to the best possible result compared to the prior version at the same runtime. On assembly line balancing problems, the enhanced solver found better solutions in 15 seconds than the previous version found in 120 seconds.

Alex Condello, Senior Vice President of Algorithms, Performance and Tools at D-Wave, noted that developers need technology that finds better answers faster to tackle computationally complex problems at the speed their businesses demand. He emphasized that the ability to adapt plans, reallocate resources, and act quickly is increasingly important.

New Developer Training Program

Alongside the solver enhancements, D-Wave launched a three-course Applied Quantum Optimization learning path. The program provides hands-on instruction covering the identification of optimization use cases, formulation of mathematical models, and application building using the Stride hybrid solver.

The courses are designed for developers with varying experience levels and include access to D-Wave's Leap quantum cloud service and office hours to support practical learning. The training is available immediately through the Leap platform.

D-Wave's Market Position

D-Wave distinguishes itself as the only company offering dual-platform quantum computing, spanning both annealing and gate-model technologies. The company was the first commercial supplier of quantum computers and positions its Leap quantum cloud service as providing 99.9% availability and uptime. More than 100 organizations across commercial, government, and research sectors currently use D-Wave's quantum computing solutions.

The Stride hybrid solver specifically targets enterprise-scale optimization problems that can be difficult for classical computing alone to handle, including logistics routing, scheduling, resource allocation, and Supply chain optimization.

What It All Means

D-Wave's Stride solver enhancements represent a quantifiable improvement in the speed and quality of solutions for optimization problems, with benchmark data showing order-of-magnitude gains over the previous version. The simultaneous launch of developer training reflects the company's effort to expand the user base capable of building quantum-enhanced applications. For the broader quantum computing market, these incremental improvements in solver performance and developer accessibility are relevant to the ongoing question of when and how quantum computing delivers practical commercial value. The benchmarks suggest that hybrid quantum-classical approaches are making measurable progress on specific problem categories, even as full-scale quantum advantage remains a longer-term pursuit.