D-Wave Quantum Rides Twin Government Infusions and Record Bookings Into First Investor Day

Quantum computing firm D-Wave lands $100M from CHIPS Act and $5.4M defense grant, unveils dual-platform strategy at NYSE Investor Day amid record bookings and stock surge.

D-Wave Quantum is entering a pivotal week with two distinct sources of federal backing and a pipeline that has abruptly reversed direction. The quantum computing firm will host its inaugural Investor Day on June 1 at the New York Stock Exchange, armed with a $100 million commitment from the CHIPS and Science Act and a separate $5.4 million award for superconducting-qubit research under a Defense Department-linked program.

The larger grant, signed as a letter of intent on May 21, marks a strategic shift in US technology policy: the government will take minority stakes in recipient companies. D-Wave plans to deploy the $100 million across both its annealing systems and the faster-growing gate-model platform. The smaller award flows through NORDTECH, a regional semiconductor consortium that includes Cornell University, IBM, Princeton, and the Air Force Research Lab. That $5.4 million slice is part of a $25.53 million funding round for the SQFab project, which targets improved materials and scalable fabrication for superconducting qubits, bringing total NORDTECH disbursements to D-Wave to $55.43 million.

Wall Street has taken notice. On May 28, D-Wave shares closed at $29.15, or roughly €25.30, after a 7% gain sparked by the CHIPS announcement. The rally was supported by heavy turnover — approximately 54 million shares changed hands, about 70% above the three-month average of 30.4 million shares. The stock now trades within a 52-week range of $12.75 to $46.75.

The two funding streams reinforce D-Wave’s dual-platform strategy, a key theme for the June 1 event. The company will detail its commercial roadmap, including the integration of Quantum Circuits Inc., which it acquired, and how quantum computing can serve energy-efficient artificial intelligence. The SQFab project specifically targets gate-model systems — a direct complement to the annealing business and a signal that D-Wave is serious about error correction at scale.

First-quarter numbers, reported on May 12, paint a contradictory picture. Revenue plunged 81% to $2.9 million, missing analysts’ $4.14 million estimate, largely because a large system sale recorded a year earlier did not repeat. The bottom line, however, beat expectations: a loss of $0.05 per share versus forecasts of $0.08. More striking was the bookings figure: a record $33.4 million in new orders, a nearly 2,000% year-over-year surge. Among those wins are a $20 million system sale to Florida Atlantic University and a $10 million QCaaS deal with a Fortune 100 company. Cash on hand remains comfortable at $588.4 million.

The analyst community leans bullish. Of 17 analysts covering the stock, 14 rate it a buy, two a hold, and one a sell. The average 12-month price target sits near $35, with Rosenblatt Securities at $43 and Mizuho at $29 (though Mizuho maintains an "outperform" rating). All 13 analysts tracked in the primary source give a buy recommendation, and none recommend selling.

Yet the rally is not without controversy. A group of researchers from the Flatiron Institute published tensor-network analyses that challenge D-Wave’s claims of quantum advantage. D-Wave has pushed back, arguing the analyses do not capture the full scope of its Science paper "Beyond-classical computation in quantum simulation," particularly the hardest problem instances and measurements. The scientific debate adds an extra layer of scrutiny as management prepares to make its case before investors next week.

The Investor Day, under the banner "The D-Wave Difference," arrives at a moment when government backing has lent credibility but quarterly revenue has stumbled. The task for D-Wave is to translate record bookings and federal dollars into a path to sustainable profitability — and to convince the market that its quantum technology, on both tracks, delivers value that no simulation can match.