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D-Wave Quantum Relocates Headquarters to Boca Raton, Florida

D-Wave Quantum Inc. is relocating its global headquarters from California to Boca Raton, Florida, anticipating a tech boom and new jobs. Learn how this move impacts the region.

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D-Wave to Move Global Headquarters to Boca Raton, Setting Up at Boca Raton Innovation Campus

D-Wave Quantum will relocate its headquarters from Palo Alto to Boca Raton, Florida, establishing a U.S. R&D hub at the Boca Raton Innovation Campus and partnering with Florida Atlantic University; the move completes by the end of 2026.

  • HQ move announced Jan. 27, 2026 — D-Wave press release.
  • New site: Boca Raton Innovation Campus (BRiC), a 1.7‑million‑square‑foot campus.
  • Academic partnership: Florida Atlantic University committed $20 million to acquire a D‑Wave Advantage2 annealing quantum computer for its Boca Raton campus.
  • Economic lift: Move expected to create hundreds of high‑paying tech and R&D jobs; D‑Wave’s stock has surged recently amid rising system usage.

Key information

Company and timing: D‑Wave Quantum announced the relocation on Jan. 27, 2026 in its official statement. The company says the transition to the new Boca Raton headquarters will be complete by the end of 2026. See the D‑Wave press release.

Headquarters and facility details

Site: D‑Wave selected the historic Boca Raton Innovation Campus (BRiC), a 1.7‑million‑square‑foot technology campus originally built by IBM and now managed by CP Group. The campus will host D‑Wave’s core R&D, testing and support functions for its annealing quantum systems.

Campus upgrades: CP Group completed roughly $100 million in capital improvements before D‑Wave’s decision — including a wellness center, new eateries, an autonomous grab‑and‑go store, refurbished event space and a 1,100‑space parking garage — amenities aimed at modern tech tenants.

Strategic rationale from D‑Wave

“Florida is one of the fastest‑growing technology ecosystems in the country,” D‑Wave CEO Dr. Alan Baratz said, citing a rich scientific and educational environment, a growing pool of skilled tech talent and a vibrant spirit of innovation as drivers of the move. The company framed the facility as both a corporate HQ and U.S. R&D center that will improve system redundancy by providing a bicoastal footprint.

Quote: “This location strengthens our ability to support customers and accelerate product development through closer ties with academic and industry partners.”

Educational ties and the FAU commitment

FAU agreement: Florida Atlantic University has agreed to purchase and install a D‑Wave Advantage2 annealing quantum computer at its Boca Raton campus. FAU’s reported $20 million commitment is meant to accelerate research, workforce training and industry partnerships around quantum computing in South Florida.

The FAU purchase mirrors D‑Wave’s emphasis on university partnerships as a path to build a local quantum ecosystem and training pipelines for future hires.

Expanded North American footprint

The new Boca Raton HQ expands D‑Wave’s North American presence alongside existing facilities: a gate‑model R&D center in New Haven, Connecticut; a Quantum Engineering Center of Excellence in Burnaby, British Columbia; and system sites in Marina Del Rey, California, and Huntsville, Alabama. The Southeast HQ adds resilience for hardware and customer support operations.

Market response and company performance

Investor reaction: Shares surged in recent months—Investing.com reported a more than 330% rise over the past year, with shares trading near $25.11 and an approximate market capitalization of $9.3 billion. The company cited strong product demand: usage of its Advantage2 system rose 314% year‑over‑year and Stride hybrid solver usage increased 114% in six months.

Analyst caveat: Questions remain about profitability and long‑term commercialization timelines for quantum computing broadly; observers will watch customer adoption and revenue conversion from research partnerships.

Implications for Las Vegas, Nevada

Economic impact: D‑Wave’s relocation highlights Florida’s ability to attract HQs and R&D jobs through real estate improvements, university ties and regional incentives. For Las Vegas, the move underscores the need to sharpen recruitment strategies for deep‑technology firms if the region wants to diversify beyond gaming and hospitality.

Political and policy consequences: Nevada leaders may face pressure to offer competitive packages that emphasize workforce development and measurable job outcomes rather than open‑ended tax breaks. University partnerships (e.g., UNLV, UNR) could be central to an attractive pitch.

Social and cultural effects: High‑paying R&D jobs can raise wages and broaden the middle class while also pressuring housing and living costs. Las Vegas should consider housing supply, transit and education investments, plus workforce programs targeting underrepresented groups.

Practical applications and partnerships

  • Education: Local universities could build certificate programs and industry training tied to quantum and hybrid solvers, emulating the FAU model.
  • Infrastructure: Market data‑center capacity, reliable power and lab space can be marketed to firms needing on‑premises compute.
  • Industry pilots: Pilot projects testing quantum optimization for routing, scheduling and maintenance could show measurable returns and attract investment.
  • Incentive design: Offer packages tied to payroll, local hiring and R&D milestones to ensure accountability and local benefit.

How local leaders might respond

City and state officials can use the announcement to convene business, university and workforce stakeholders to map strengths and gaps in the local tech ecosystem. Effective responses include targeted public messaging about cost advantages and talent, plus concrete education and training commitments to build a competitive offer.

Sources and further reading

Reporting compiled from company statements and industry coverage listed above.

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Andrew Brexton

Andrew Brexton is a senior technology analyst for Times Media Service, based in the Washington bureau. Brexton covers technology, artificial intelligence and emerging innovations, as well as energy, explaining complex technical developments for general readers. Brexton holds a master's degree in electrical and computer engineering and grew up in Galloway, Ohio.

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