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D-Wave Quantum Moves HQ to Boca Raton: Tech Jobs Boom

D-Wave Quantum Inc. is moving its headquarters and R&D facility to Boca Raton, Florida, by late 2026, bringing hundreds of high-paying quantum tech jobs to BRiC.

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D-Wave Moves HQ to Boca Raton, Betting on Boca Raton Innovation Campus to Drive Florida Quantum Tech Jobs

D-Wave Quantum Inc. will move its headquarters and a major U.S. R&D facility from Palo Alto to the Boca Raton Innovation Campus by the end of 2026, effective January 27, 2026, aiming to create hundreds of high-paying technology and R&D jobs in South Florida.

Key takeaways

  • Headquarters relocation: D-Wave announced relocation of its corporate HQ and U.S. R&D to the Boca Raton Innovation Campus (BRiC), effective Jan. 27, 2026.
  • Jobs and investment: The move is expected to create hundreds of high-paying technology and R&D roles and to boost local labs, suppliers, and university partnerships.
  • FAU partnership: Florida Atlantic University committed $20 million to acquire D‑Wave’s Advantage2 annealing system, enabling hands-on research and internships tied to the HQ relocation.
  • Strategic positioning: D‑Wave will centralize annealing-system development and core testing at BRiC while preserving gate-model R&D and other facilities across its bicoastal and international centers.

The decision and the site

On January 27, 2026, D‑Wave publicly confirmed plans to relocate its corporate headquarters and a major U.S. R&D facility from Palo Alto to the Boca Raton Innovation Campus (BRiC). BRiC is a 1.7 million-square-foot campus originally built by IBM and recently renovated — developers cite roughly $100 million in upgrades by CP Group to deliver lab-ready floors, modern offices, wellness and dining amenities, and more than 1,100 parking spaces.

Operational focus: D‑Wave said it will concentrate its annealing-system development, core testing, support, and R&D functions in Boca Raton. The company emphasized bicoastal redundancy, retaining gate-model R&D in New Haven, Connecticut, and keeping engineering and testing centers in Burnaby, British Columbia; Marina Del Rey, California; and Huntsville, Alabama.

Why Florida?

“Florida’s fastest-growing U.S. technology ecosystem,” D‑Wave CEO Dr. Alan Baratz said, citing strong scientific and academic ties, a growing talent pool, and the region’s innovation spirit as key reasons for choosing Boca Raton. Local leaders — including Boca Raton Mayor Scott Singer, Palm Beach County Business Development Board CEO Kelly Smallridge, and Florida Secretary of Commerce J. Alex Kelly — praised the expected jobs and investment the move brings.

Economic and workforce impact

D‑Wave projects the relocation will create hundreds of technology and research positions in Boca Raton and South Florida. The announcement follows a strong leasing year at BRiC, which recorded over 300,000 square feet leased in late 2025, and is anticipated to stimulate local suppliers, laboratory capacity, and partnerships with regional universities.

FAU partnership and research ties

Florida Atlantic University has committed $20 million to purchase and install D‑Wave’s Advantage2 annealing system, a deal disclosed in the company’s SEC filing. The agreement promises hands-on access for FAU faculty and students, collaborative research projects, and internship pathways linked to D‑Wave’s Boca Raton headquarters.

Company performance and market context

D‑Wave reported strong growth in usage of its Advantage2 annealing system and its Stride hybrid solver: Advantage2 usage rose 314% year-over-year and Stride usage rose 114% over six months, according to market coverage. The company’s stock has also risen sharply over the past year.

Analysts place the relocation in a broader trend of technology firms leaving higher-cost regions like California for lower-cost states with active business recruitment and attractive tax policies. Commentators highlight state incentives, business climates, and quality-of-life factors as drivers of such moves.

Local code name and secrecy

The site selection and deal negotiations were conducted under confidentiality and circulated in local economic development channels under the code name “Project Vernon.” Local outlets reported a mystery technology project prior to D‑Wave’s public announcement.

Investment in infrastructure

BRiC’s renovation was central to the pitch: the campus now offers modern lab-ready floors, a wellness center, dining, and ample parking. Developers and county officials say BRiC was designed to host advanced manufacturers and research labs, making it suitable for quantum hardware development and testing.

Implications for the world

Economic impact: The relocation signals how regional competition is reshaping where quantum hardware and R&D locate, potentially accelerating investment in U.S. quantum infrastructure outside traditional hubs and diversifying supply chains.

Scientific collaboration: FAU’s Advantage2 purchase and D‑Wave’s BRiC presence are likely to tighten university–industry links, speeding research, training, and commercialization of quantum applications and growing the global talent pipeline of quantum engineers and technicians.

Geopolitics and security: Quantum computing’s strategic importance for cryptography, defense, and simulation means a stronger U.S. footprint for firms like D‑Wave could influence global research competition and national strategies, prompting accelerated investments in hardware, software, and workforce development worldwide.

Regional talent flows: The move reinforces trends of talent migration to new tech hubs, underscoring the need for local training programs, cross-border partnerships, and incentives to retain or attract quantum researchers and engineers.

Documents and sources

Note: Primary public records for this relocation are D‑Wave’s press release and SEC filings; local reporting and industry coverage provide additional context and analysis.

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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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