D-Wave Cash Position Hits $588M, Up 93% Year Over Year

Florida Atlantic University is investing 20 million in a new quantum computing system from D-Wave (NYSE: QBTS), a purchase that contributed to record 33.4 million in quarterly bookings for the company, a 1,994% increase compared to the same period last year. This surge in demand, coupled with the recent acquisition of Quantum Circuits, Inc., has bolstered D-Wave’s financial position to 588 million in cash and marketable investment securities, a 93% increase year over year. “D-Wave’s first quarter performance highlights what sets this company apart: strong execution, expanding commercial adoption, and differentiated technology leadership across both annealing and gate-model quantum computing,” said Dr. Alan Baratz, CEO of D-Wave. The company, unique in offering both annealing and gate-model quantum systems, anticipates further growth with an Investor Day scheduled for June 1 at the New York Stock Exchange.

Highlights include:

• Record quarterly Bookings of $33.4 million — up 1,994% year over year
  • First quarter Bookings included a $20 million system purchase by Florida Atlantic University, with deployment expected before the end of 2026, and a $10 million, two-year enterprise QCaaS agreement with a Fortune 100 company
• Quarter-end cash and marketable investment securities position of $588 million — up 93% year over year
• Remaining Performance Obligations of $42.4 million as of March 31, 2026 — up 563% year over year and up 216% from the immediately prior fourth quarter of 2025
• Completed the acquisition of Quantum Circuits, Inc., a leading developer of error-corrected superconducting gate-model quantum computing systems, and rapidly incorporating system scaling expertise into Quantum Circuits’ high-performance dual-rail gate-model technology
• Announced the company’s Investor Day at the New York Stock Exchange on June 1, 2026, which will provide an in-depth look at D-Wave’s technology leadership, product roadmap, commercial momentum, and long-term growth strategy

Record First Quarter Bookings and Financial Performance

D-Wave Quantum achieved record first quarter bookings of 33.4 million, a 1,994% increase year over year, signaling a rapid acceleration in demand for its quantum computing solutions. This surge in financial performance, detailed in the company’s recent filings, is underscored by a 20 million system purchase from Florida Atlantic University (FAU), with the system slated for deployment before year’s end. The influx of capital follows the completed acquisition of Quantum Circuits, Inc., a developer specializing in error-corrected superconducting gate-model quantum computing systems, and positions D-Wave with considerable financial flexibility as it approaches its June 1 Investor Day. This robust cash reserve is intended to fuel continued innovation and expansion, particularly in integrating the expertise gained from the Quantum Circuits acquisition into its existing technology.

D-Wave is actively incorporating system scaling expertise into Quantum Circuits’ high-performance dual-rail gate-model technology, with milestones including a 175-qubit system by the end of the year and a 1,000-qubit system by the end of the following year. These developments are expected to accelerate the delivery of scalable, error-corrected gate model quantum computing, a critical step toward realizing the full potential of the technology. Remaining Performance Obligations also saw a significant jump, reaching 42.4 million as of March 31st, a 563% increase year over year, and a 216% increase from the previous quarter. Beyond the FAU purchase, a 10 million, two-year enterprise Quantum Computing as a Service (QCaaS) agreement with a Fortune 100 company further demonstrates growing commercial interest in D-Wave’s offerings.

Quantum Circuits Acquisition & Gate-Model System Roadmap

This strategic move positions D-Wave to address the expanding quantum market with both annealing and gate-model technologies, a distinction the company emphasizes as uniquely advantageous. The acquisition is not simply about broadening the portfolio; it’s about accelerating the development of scalable, error-corrected gate-model systems by integrating Quantum Circuits’ expertise in superconducting qubits. The company’s first quarter financial results reveal a dramatic shift in commercial traction, with bookings reaching 33.4 million, a 1,994% increase year over year. This influx of capital, coupled with a quarter-end cash and marketable investment securities position of 588 million, a 93% year-over-year increase, provides a substantial financial foundation for continued innovation and expansion. Alan Baratz, CEO of D-Wave, stated that the company’s roadmap for gate-model development is ambitious, outlining key milestones over the next three years. By the end of the year, the company aims to deliver a dual-rail system with approximately 175 physical qubits and a design for a 1,000 physical qubit system.

FAU System Purchase and Quantum Computing Training

The accelerating adoption of quantum computing received a substantial boost with the recent 20 million system purchase by Florida Atlantic University (FAU), a commitment signaling growing confidence in the technology’s potential beyond theoretical research. This investment, detailed in D-Wave Quantum’s first quarter financial results, is not simply about acquiring hardware; it’s a strategic move to establish a quantum-ready workforce and research hub within the state of Florida. D-Wave anticipates system deployment at FAU before the end of the year, immediately followed by the implementation of a dedicated training program. This initiative aims to equip faculty with the skills necessary to integrate quantum resources into both ongoing research and the university’s curriculum, fostering a new generation of quantum scientists and engineers. Beyond the hardware itself, D-Wave is actively contributing to the educational component, demonstrating a shift towards holistic quantum ecosystem development.

The company’s financial performance for the quarter, including a 1,994% year-over-year increase in bookings reaching 33.4 million, underscores this broadening market engagement. Alan Baratz, CEO of D-Wave, explained that the FAU partnership extends beyond simple installation and training; it’s designed to be a catalyst for broader quantum exploration. These developments, coupled with a planned Investor Day at the New York Stock Exchange on June 1, signal D-Wave’s ambition to not only deliver quantum hardware but also to shape the future of quantum computing as a commercially viable technology.

Advantage2 QPU Performance in Postquant Labs Testnet

The pursuit of secure, efficient blockchain technology has taken an unexpected turn with the integration of quantum computing, specifically D-Wave’s Advantage2 quantum processing unit (QPU). Recent trials within the Postquant Labs Testnet demonstrate a tangible advantage for quantum approaches to blockchain mining, challenging conventional reliance on classical computing infrastructure. The Testnet, currently boasting more than 1,600 nodes, a mix of CPUs, GPUs, and a single Advantage2 QPU, is designed to evaluate the potential of quantum systems to enhance blockchain security and energy efficiency, and initial results are compelling. D-Wave reports that within the Testnet, the Advantage2 QPU has consistently outperformed classical nodes, successfully winning the majority of mining blocks. This is not merely a theoretical exercise; the network currently supports 18,500 early users and includes D-Wave’s Advantage2 annealing quantum computer, along with other computing platforms, to perform mining operations.

To further quantify this advantage, D-Wave and Postquant Labs are initiating a detailed benchmarking study, aiming to provide concrete data on the QPU’s capabilities. This collaboration highlights a shift toward exploring quantum solutions for practical applications beyond the typical research focus, and suggests a future where quantum hardware plays a crucial role in maintaining the integrity of distributed ledger systems. The implications extend beyond speed and efficiency. Traditional blockchain mining is notoriously energy-intensive, a growing concern as the technology scales. Quantum computing, with its fundamentally different approach to computation, offers the potential to drastically reduce this energy footprint. D-Wave explained that this focus on sustainability aligns with broader efforts to develop environmentally responsible technologies, and positions quantum blockchain as a potentially disruptive force in the financial and technological landscape. D-Wave’s involvement is not limited to simply providing hardware.

The company is actively contributing to the development of new protocols and software to maximize the potential of quantum annealing for complex computational tasks. Recent research published on arXiv details “powerful new multi-color annealing protocols that enable some gate model operations,” and these features are already being tested with key customers. This proactive approach, combined with the demonstrated performance within the Postquant Labs Testnet, suggests that D-Wave is not only building quantum computers, but also actively shaping the future of quantum-enhanced blockchain technology.

Shionogi Drug Discovery & Hybrid Solver Advancements

The conventional image of pharmaceutical research, lengthy timelines and exhaustive chemical screening, is undergoing a subtle but significant shift, accelerated by the integration of quantum computing resources. While full-scale quantum drug design remains a future prospect, early applications are already yielding promising results, as demonstrated by a continuing collaboration between D-Wave Quantum and Shionogi, a major Japanese pharmaceutical company. This partnership is not about replacing traditional methods entirely, but rather augmenting them with the unique capabilities of quantum annealing to accelerate the initial stages of discovery. Recent work, building on an ongoing Quantum AI project, utilized D-Wave’s Advantage2 annealing quantum computer to refine the process of identifying potential small-molecule drug candidates. The second phase of this project delivered a striking outcome: a 10-fold increase in the number of desirable molecules compared to those generated using classical machine learning algorithms.

This improvement is not merely incremental; it suggests a capacity to explore a far wider chemical space, potentially uncovering compounds that would have been missed by conventional approaches. Given the effectiveness of the results to date, Shionogi is moving forward with the next phase of experimentation, accelerating toward real-world adoption. This progression highlights a pragmatic approach to quantum computing, focusing on near-term benefits rather than waiting for fault-tolerant, universal quantum computers to materialize. Beyond accelerating molecule generation, D-Wave is also expanding the versatility of its systems through hybrid solver software. The company’s Stride hybrid quantum solver now incorporates surrogate modeling, allowing customers to integrate machine learning models directly into optimization workflows. This expands the range of applications beyond pure quantum optimization, opening doors to areas like predictive maintenance, advertising campaign optimization, and employee scheduling.

These powerful new multi-color annealing protocols that enable some gate model operations allow researchers to model quantum systems and explore fundamentally new behavior that can be extremely difficult, if not impossible, to study with classical techniques. Alan Baratz, CEO of D-Wave, stated that the company’s recent 588 million quarter-end cash position, up 93% year over year, provides a substantial financial foundation to continue these advancements and pursue further integration of quantum and classical computing paradigms.