#dwavequantuminc

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D-Wave schedule D Wave Q4 results on February 26, 2026 Date

D-Wave Quantum schedules Q4 and fiscal year 2025 financial results as industrial quantum usage accelerates.

D Wave Q4 and FY2025 financial results

D-Wave Quantum Inc. will release its 2025 fiscal year and fourth-quarter results on February 26, 2026. The company will hold a live conference call with its top executives to discuss these results and future business possibilities. In addition to event preparation, the paperwork highlights D-Wave's market leadership and dual-platform quantum technology approach.

Their ecosystem includes specialized software, cloud services, and expert guidance to solve complex optimization problems in several industries. Potential users can use development kits and educational materials to integrate quantum computing into manufacturing, logistics, and AI.

Schedule for D Wave Q4 results

A global leader in quantum computing device research and delivery, D-Wave Quantum Inc., has scheduled its fourth quarter and year-end fiscal 2025 financial statements, which investors and tech industry observers are closely tracking. It covers the period ending December 31, 2025, and will be issued before the market opens on Thursday, February 26, 2026.

The company leadership will have a conference call at 8:00 a.m. after the announcement. Will review the findings and assess the business prognosis for the future year at Eastern Time. Chief Executive Officer Dr. Alan Baratz and Chief Financial Officer John Markovich will lead the discussion and provide valuable insights into the company's finances and strategic positioning in quantum computing.

Unique Position in Quantum Market D-Wave touts itself as the “practical quantum computing company,” solving complex issues now. As the only commercial vendor of dual-platform quantum computing technologies, D-Wave is crucial to this goal.

D-Wave offers annealing and gate-model quantum computing, unlike many competitors. Quantum annealing excels in large-scale optimization problems, when a company must choose the optimal solution from millions of variables. However, gate-model systems are being developed for general computing and scientific research. D-Wave combines both technologies to provide a full portfolio of solutions for over 100 government, commercial, and research organizations.

Enhancing Enterprise Value with Cloud Computing

The Leap quantum cloud service is crucial to D-Wave's approach. This platform provides instant quantum computing capability without expensive on-site hardware, though the company provides hardware for installation. Leap's 99.9% availability and uptime demonstrate its enterprise-level dependability.

The D-Wave Launch initiative connects quantum science to commercial applications. This professional services program helps firms find high-value use cases and advance from pilot initiatives to full-scale production to “on-board” the quantum ecosystem. Most importantly, Ocean software aids onboarding. Open-source tools from the Ocean SDK let developers conceive, test, and implement ideas faster.

Quantum Ecosystem Development: Learn and Develop

D-Wave's approach goes beyond technology to include a teaching and development ecosystem. The company offers career paths for particular positions: Developers can use tools to create quantum applications while IT and business leaders learn how quantum fits within their technology portfolios. Quantum Research tracks allow researchers to explore technological advances.

The company's “Build” materials assist new programmers learn quantum skills. Developers can join community forums, explore code samples by industry or problem type, and follow get-started tutorials for app development. These “Learn” tools include a large library of publications and training materials, client success stories, and highlighted applications. This educational focus ensures a workforce ready for new hardware.

Practical Solutions for All Industries

The upcoming financial reports may reveal D-Wave's sector-specific solution performance. The company targets high-impact sectors like manufacturing, logistics, the public sector, and quantum AI. These sectors have several operational efficiency-focused applications. D-Wave technology is used in production and logistics for:

Workforce and production scheduling optimizes output by streamlining manufacturing lines and staff shifts.

Logistics and vehicle routing determines the best delivery fleet routes to save time and fuel.

Cargo loading maximizes shipping container and airplane space to maximize earnings.

Optimising resources means placing essential ones where they are needed. These applications demonstrate D-Wave's commitment to “realizing the value of quantum today”. The company is focusing on these optimization issues to prove the hardware and software's market feasibility.

Investors Think Future and Growth

As February 26 approaches, investors will look for signs of D-Wave's client base growing and Leap cloud service revenue rising. The conference call will focus on the company's ability to remain a prominent commercial provider. D-Wave's sector concentration on “Quantum AI” and “Advanced Computing” positions it to be a major player in artificial intelligence, where massive processing capacity is becoming increasingly important.

The call information are available at numerous D-Wave access points. Participants must call 1-844-826-3035 (domestic) or 1-412-317-5195 (international) with passcode 3836181. D-Wave Investor Relations promises a transcript and on-demand webcast.

Managing Future Issues

D-Wave is a forward-looking announcement with legal cautions. The company notes that these claims include risks and uncertainties that could lead to unexpected results. According to SEC Forms 10-K and 10-Q, management must consider external concerns while investing. D-Wave is preparing its 2025 performance to “shape the quantum-driven industrial and societal advancements of tomorrow”.

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D-Wave Quantum Inc. Shares Acquisition with $550M Deal

In a landmark quantum market control deal, D-Wave will buy Quantum Circuits Inc. for $550 million.

D-Wave Quantum Inc. Shares Acquisition

D-Wave Quantum Inc. will acquire Quantum Circuits Inc. (QCI) in a final merger that will change the high-performance computing sector. The $550 million deal includes $250 million cash and $300 million D-Wave ordinary stock. The agreement is intended to make D-Wave the only company in the world that can handle all quantum computing needs by integrating commercial annealing and error-corrected gate-model technology.

A Dual-Platform Strategy

D-Wave, the first commercial quantum computer supplier, represented a turning point. D-Wave wants to use QCI's expertise to construct a scalable, error-corrected gate-model quantum computer to improve its annealing technologies. With this “dual-platform” concept, customers will have the capacity to solve more computational problems than with a single technology.

Chairman Dr. Alan Baratz said the acquisition “unequivocally cements” D-Wave's superconducting quantum computing leadership. Baratz says the partnership will let D-Wave “leapfrog the industry” in 2026.

Technology Synergy: Dual-Rail Qubits' Power

QCI's “dual-rail” technology is crucial to this deal. Unlike typical quantum designs, this technique features integrated error detection, improving qubit quality and reducing physical resources needed to build logical qubits. QCI leadership feels this “correct-first” approach is the best way to scale quantum technology for enterprise applications.

D-Wave's production-grade Leap quantum cloud platform and QCI's gate-model processor with scalable control and readout systems may soon offer a faster path to large-scale, fault-tolerant systems. First dual-rail system release in 2026 is the first major milestone in this collaborative endeavor.

Research and Development Growth

The deal will give D-Wave a new research and development center in New Haven, Connecticut. This facility will be managed by world-class experts like Yale University professor and QCI co-founder Dr. Rob Schoelkopf. Dr. Schoelkopf has advanced superconducting quantum research for nearly 30 years. He developed dual-rail qubit and transmon technology.

Dr. Schoelkopf believed the acquisition would accelerate fault-tolerant computing. He claims that D-Wave's infrastructure and QCI's qubit's hardware-integrated error detection give them a competitive edge.

Applications and Business Impact

Over 100 companies use D-Wave to tackle complex challenges in manufacturing, logistics, and government. Advanced research, artificial intelligence, and optimization leverage the company's annealing technology. D-Wave covers several business use cases:

Production Planning and Staffing

Logistics and vehicle routing

Cargo loading and resource optimization

Gate-model technology is expected to dramatically expand the amount of addressable use cases, enabling more advanced industrial and societal advances. QCI CEO Ray Smets says the alliance ensures the global reach needed to supply “commercially viable gate-model quantum computers” to enterprises.

Look Ahead

The merger is expected to close in late January 2026 subject Hart-Scott-Rodino Antitrust Improvements Act approval and other closing conditions. QBTS will be D-Wave's NYSE ticker following the closure.

A more detailed product plan will be discussed at Qubits 2026 in Boca Raton, Florida, on January 27 and 28. This event may show how the combined corporation would use its “full-stack, cross-platform quantum ecosystem” to further quantum development.

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D Wave Quantum Inc News: Quantum Showcase at CES 2026

D-Wave to Show Useful Solutions at CES 2026 as Quantum Becomes Common

D Wave Quantum Inc. News

One of the biggest changes the technology industry is expecting at CES 2026 in Las Vegas is quantum computing's leap from theoretical study to industry. D-Wave Quantum Inc., the first commercial quantum computer supplier, will sponsor the CES Foundry, a high-profile two-day event at the Fontainebleau in Las Vegas on January 7 and 8, 2026. Business, investor, and government executives must attend this event to see how quantum computing is merging with other innovative technologies like blockchain and AI.

Realising Value Today: Murray Thom Masterclass Murray Thom, vice president of quantum technology evangelism, will provide a masterclass. The session, scheduled for Wednesday, January 7, from 1:00 to 1:30 p.m. PT, aims to transcend the field's "hype". Thom intends to teach attendees how to derive immediate value from quantum systems using research and commercial activities that show quantifiable performance advantages beyond classical computers.

The masterclass will focus on how D-Wave's energy-efficient quantum computers solve problems in key industries:

Manufacturing: Facility and production scheduling improvements.

Logistics & Supply Chain: Complex cargo routing.

Materials science aims to quickly investigate novel chemical and physical properties.

Telecom: Increasing data throughput and network efficiency.

Quantum, AI, and Blockchain Synergy

Technical synergy analysis is one of D-Wave's most creative showcasing features. The company touts its hybrid quantum-classical solvers as essential for the future technological revolution. Combining AI and quantum computing may help businesses advance machine learning and data processing.

The blockchain-quantum nexus is also gaining attention. As blockchain technology seeks more efficient and secure frameworks, quantum computing may solve complex optimisation and security concerns. At booth FT12, D-Wave experts will demonstrate these integrations interactively during the event.

System reliability and technical dominance

D-Wave's technical achievements justify its CES attendance. It is the sole company making gate-model and annealing quantum computers. Their devices use the world's largest Quantum Processing Units (QPUs) with response times of less than a second.

Speed and reliability are equally crucial to commercial clients. D-Wave claims 99.9% uptime and availability for its quantum cloud service. Over 100 organisations, including major corporations and academic institutions, have submitted 200 million problems to this infrastructure. This track record supports their claim that quantum computing is a “practical” tool for the now, not a promise for the future.

Wall Street’s “Quantum Fever” and Market Momentum

D-Wave's CES demo occurs alongside tremendous financial growth and investor interest. In 2025, quantum computing was compared to AI five years earlier, when it was nearing a breakthrough. In the previous year, D-Wave stock (NYSE: QBTS) has tripled, reflecting this mentality. Strong sales momentum and the acquisition of many new clients with prolonged contract periods have prompted some quantum stocks to rise by 500%, according to some estimates.

In 2025, JPMorgan, Jefferies, Evercore ISI, Cantor, and Mizuho began covering the business, legitimising it for institutional investors. In the third quarter of 2025, D-Wave's sales doubled to $3.7 million, and experts expect it to expand in 2026.

National Security and Government Investment

Outside of the corporate sector, government officials are interested in quantum computing for national security. The Pentagon claims this technology is a “new Manhattan Project”. LATE 2025 reports suggested that the U.S. government, specifically the Trump administration, was negotiating public finance for ownership stakes in D-Wave, IonQ, and Rigetti Computing. This proposed government investment would ensure that the US maintains its technological edge, especially because China and other rivals are still “nanoseconds” behind in quantum technology.

Anticipating 2026

Following CES, D-Wave will have its annual Qubits quantum computing user conference in Boca Raton, Florida, on January 27 and 28, 2026. This conference will allow the more than 100 organisations that use D-Wave to discuss their latest breakthroughs and delve further into their hardware and software technology.

As D-Wave prepares for these major events, the core theme remains: quantum-driven technical and societal advances are being generated now. D-Wave aspires to lead the burgeoning quantum economy by focussing on practical applications rather than theoretical standards.

Comparison: Consider the early years of the commercial internet to understand quantum computing now. D-Wave's arrival at CES indicates that quantum is moving 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 sending emails to revolutionising global commerce.

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BASF News: Hybrid Quantum Advances With D-Wave Partners

Chemical Manufacturing Advances Rapidly: D-Wave and BASF Set Efficiency Records.

D-Wave Quantum and BASF News

D-Wave Quantum Inc. and BASF, the world's largest chemical manufacturer, completed their Proof-of-Concept (PoC) project, a major quantum computing industrial application milestone. This partnership showed how hybrid quantum technology may solve industrial optimisation problems and set a production productivity benchmark.

New Industrial Optimisation Era

BASF and D-Wave, a pioneer in quantum computing devices, software, and services, collaborated to solve industrial optimisation problems with cutting-edge computing. This Proof of Concept proves quantum computing's appropriateness for complex industrial operations.

BASF's engagement reflects its strategic goal of accelerating the adoption of quantum computing systems for genuine industrial uses.

World's largest chemical company is BASF. This quantum computing study shows significant production efficiency gains. The PoC was unequalled at managing complex manufacturing schedules quickly and efficiently.

Hybrid Quantum Complex Scheduling Solution

This revolutionary project relied on D-Wave's hybrid quantum application. D-Wave hybrid solutions use quantum and classical computer resources to solve complicated computational problems that classical systems cannot.

The BASF application focused on short-term industrial scheduling. Manufacturing scheduling is a complex optimisation problem with many variables and limits in real production.

The effort targeted BASF's chemical output. D-Wave and BASF used hybrid quantum applications to enhance industrial processes, which increased efficiency. Due to the D-Wave hybrid quantum application's ability to address short-term manufacturing scheduling constraints, the partners achieved a considerable efficiency benchmark. This shows how quantum technology solves difficult, large-scale industrial problems.

Remarkable Speed: Scheduling in Five Seconds

A considerable reduction in factory scheduling processing time was the most convincing proof of concept result. With D-Wave hybrid quantum application, industrial scheduling was completed in five seconds. This considerable speedup was achieved for a real-world chemical production process.

Real-world industrial processing time is improved by this five-second approach. Reducing scheduling computation time from several minutes to five seconds enhances responsiveness and agility in production. The hybrid quantum approach's near-instantaneous solution to these short-term scheduling problems proves its capacity to revolutionise industrial manufacturing.

Strategic Advantages and Growth

D-Wave and BASF's innovation goes beyond processing speed to affect strategy. By scheduling manufacturing operations quickly, BASF can boost competitiveness, reduce product time-to-market, and cut operational costs. D-Wave's benchmark suggests its technology may help solve the toughest business problems.

If this Proof-of-Concept idea succeeds, development can begin immediately. Both companies may build on this first accomplishment by expanding and integrating quantum-powered optimisation tools. This alliance shows how huge companies like BASF can use quantum computing hardware and D-Wave software to solve complex optimisation problems in several industries.

The results demonstrate that the hybrid quantum application can produce significant commercial value in industrial settings. D-Wave Quantum Inc., listed on the New York Stock Exchange as QBTS, wants to commercialise these breakthrough capabilities.

D-Wave and BASF's collaboration is a major step towards using quantum computing for industrial acceleration. Quantum technology's capacity to handle short-term manufacturing scheduling challenges in seconds supports its promise for chemical and industrial production.