Good day, everyone, and welcome to the D-Wave Q4 2023 Earnings Call. At this time, all participants are in a listen-only mode. Later, you will have the opportunity to ask questions during the question-and-answer session. Please note, today's call will be recorded, and I'll be standing by if you should need any assistance. It is now my pleasure to turn the conference over to Kevin Hunt, Investor Relations. Please go ahead.

Thank you, and good morning. With me today are Dr. Alan Baratz, our Chief Executive Officer, and John Markovich, our Chief Financial Officer. Before we begin, I would like to remind everyone that this call may contain forward-looking statements and should be considered in conjunction with cautionary statements contained in our earnings release and the company's most recent periodic SEC report. During today's call, management will provide certain information that will constitute non-GAAP financial and operational measures under SEC rules, such as non-GAAP gross profit, non-GAAP operating expenses, adjusted EBITDA, and bookings. Reconciliations to GAAP financial measures and certain additional information are also included in today's earnings release, which is available in the Investor Relations section of our company website at www.dwavequantum.com. I'll now hand over the call to Alan.

Thanks, Kevin. Good morning, everyone, and thank you all for taking the time to join us today. D-Wave's momentum is undeniable. We're seeing traction and progress across every part of our business, substantive product advancements, groundbreaking scientific results, new strategic partnerships, additions to the executive leadership team, and impressive commercial traction. We're singlehandedly leading the transition from an academic endeavor exploring quantum's potential to enterprise-scale adoption and deployment, solving our world's toughest problems. Based on our strategic decision to bring to market a different type of quantum technology, annealing quantum computing, now proven to be able to solve important real-world problems that cannot be solved classically, we hold a first-mover advantage that no other company in the world can claim. While the rest of the industry is focused on building gate model systems that won't solve real-world problems for many years, we're in the market now, helping customers derive ROI from quantum solutions today. Let's face it, the world's toughest problems are only getting tougher, and customers can't wait another five-plus years for solutions. This isn't about future potential. This is about quantum-powered solutions that drive better business outcomes now. And D-Wave is the only company doing it today. Our market leadership position is evident. We were the first to launch commercial quantum systems, the first to have quantum applications running in production for commercial customers, and now, the first to achieve a demonstration of quantum supremacy on real-world problems. No other quantum computing company comes close at this time. So, let me walk you through a few key highlights of recent developments at D-Wave. First, we believe that D-Wave is the first in the world to demonstrate quantum supremacy on real-world problems. This groundbreaking work was achieved using our latest generation Advantage2 quantum computer. We've shown that our Advantage2 system can solve problems that cannot be solved classically, full stop. This research allows us to simulate the quantum dynamics of magnetic materials without fabricating those magnetic materials. This class of problems is relevant to industrial optimization, machine learning, and quantum material simulation, exactly the types of use cases our customers are currently pursuing. It's a remarkable achievement. And let me be very clear, as there are misleading terms out in the market. We believe we've achieved a demonstration of quantum supremacy, not quantum advantage. Quantum advantage is poorly defined and used for things that don't meet the highest bar. Our result goes beyond classical. It's a demonstration of a quantum computer performing a calculation that a classical computer cannot. D-Wave is currently pursuing peer review publication of this quantum supremacy research in a journal that requires an embargo. So, we need to be respectful of that process and not comment any further on the work. We encourage you to check out the paper on the archive. As I mentioned, the quantum supremacy work was done using our 1,200-plus qubit Advantage2 prototype. We recently launched that prototype to the market, and customers are able to access it now using our Leap real-time quantum cloud service. Since we made it available about four weeks ago, more than 100,000 problems have been submitted. We're very excited by the performance gains we're seeing with Advantage 2. With 1,200-plus qubits and 10,000-plus couplers, this version has doubled the number of qubits and couplers compared to the previously released Advantage quantum processing unit. Benchmarks demonstrate substantial advancements across a number of performance metrics compared to the Advantage quantum processing unit, including increased qubit connectivity from 15- to 20-way connectivity to enable solutions to larger problems, increasing energy scale by more than 40% to deliver higher-quality solutions, and doubled qubit coherence time, which will drive faster time to solution. Customer feedback on Advantage2 has been overwhelmingly positive, as they experienced firsthand its impressive processing power. The system will be a game changer for our customers. Now, let's talk about our efforts in artificial intelligence. The combination of quantum computing and AI is going to fuel technological breakthroughs that promise to impact every industry. To accelerate that market impact, we recently announced a multi-year strategic deal with Zapata AI to advance quantum-enabled machine learning. The partnership centers on joint technical development and commercial deployment of applications that can bring together quantum and generative AI to tackle customers' highly complex problems. Our work together is initially focused in the area of life sciences, building quantum generative AI models that accelerate the discovery of new molecules. Beyond life sciences, we see great opportunity to exploit the full potential of quantum for AI applications across a multitude of industries. We're already seeing promise in achieving faster training times and improved model performance, outperforming classical methods in certain tasks. So, the potential use cases are vast. Rounding out our technical update, we recently promoted Dr. Trevor Lanting to the position of Chief Development Officer. With 15 years of experience in technical development in D-Wave, Trevor now leads our product innovation roadmap efforts spanning D-Wave's full stack of quantum computing hardware and software solutions. He will direct the ongoing development of the Advantage and Advantage2 annealing quantum computing systems, our gate model computing program, and the interdisciplinary teams focused on performance research and algorithm development. We're fortunate to have Trevor guiding our technical development and know he will build on our heritage of delivering products that solve the unsolvable and drive tangible outcomes for our customers. Moving now to our commercial momentum. Overall commercial demand for our technology remains strong. In 2023, revenue from commercial customers increased by 41% over the prior year, and we had nearly 80 commercial customers, including over two dozen Forbes Global 2000 Enterprises. In addition, we've seen solid bookings growth, with Q4 bookings up 34% on a year-over-year basis, and 2023 bookings increasing 89% over 2022 bookings. We expect that trend to continue in the first quarter of fiscal 2024 with at least $4.3 million in Q1 bookings that reflect a minimum 36% growth over the immediately preceding fourth quarter of fiscal 2023 and 47% growth over the year earlier first quarter of fiscal 2023. This will represent the company's eighth consecutive quarter of year-over-year growth in quarterly bookings. We're proud to be the first quantum company to bring customer applications to production, meaning the applications have been deployed to fuel daily operations. We're very excited to see two customer applications running in production today, for employee scheduling and delivery driver scheduling, with both applications achieving impactful cost and time savings. We expect two additional applications, one on promotional tour routing and one on customer rewards program optimization, to move into production in a few months with others on the near-term horizon. As a reminder, going into production means these businesses will need constant and consistent interaction with D-Wave's quantum computing system, ranging from every few minutes or seconds to weekly in order to help run their operations. Unlike building proofs of concept, in-production applications represent recurring quantum compute as a service, QCaaS, revenue for us, expected over multiple years. We've also signed a number of customer engagements, including Bridgestone Corporation, Ford Otosan, Julich Supercomputing Centre, Quantum Algorithms Institute, Qunova Computing, SavantX and UKRI National Quantum Computing Centre in the UK. We successfully launched our new go-to-market growth strategy, designed to increase sales and expedite customer applications moving into production. Initially focused on key verticals, including logistics, manufacturing, and government, we believe this new go-to-market approach will better position us to serve markets that are ready to capitalize on the tangible benefits of our quantum computing solutions right now. This strategy spans every corner of the company from sales and marketing to product development to recruiting and more. To lead this effort, we've hired our first Chief Revenue Officer, Lorenzo Martinelli, a 30-year cloud enterprise software executive with a proven track record of delivering market-leading, higher-ROI solutions that generate strong revenue growth. Lorenzo and his team are already seeing positive reaction to the recently launched logistics-focused campaign with Fortune 100 companies expressing interest in how our annealing quantum computing technology could help solve their critical logistics challenges. Clearly, this is an audience hungry for quantum. With government identified as a key vertical in our go-to-market strategy, we're already seeing growing interest and momentum with the public sector. First, we received a very positive response on our quantum supremacy work from governments around the world, which acknowledges the significance of the achievement. Second, we started new engagements with Canadian and UK governments to build applications using our Advantage quantum computing system. We're also seeing increased government interest in training to prepare for a quantum-ready workforce. And finally, there's a growing call by policymakers to support quantum annealing and quantum hybrid technology in global quantum programs. Governments are recognizing how imperative it is that they invest in quantum now and maintain global competitiveness. As discussed last quarter, we're also increasing our focus on partners to broaden our reach and potential customer footprint with these key verticals and beyond. Recently, we announced partnerships with NEC Australia and Deloitte Canada to expedite the exploration and adoption of quantum computing solutions among governments and businesses in those respective regions. In addition, we'll soon formalize our overall partner program to expedite onboarding of new partners and drive quantum technology adoption and revenue growth. So, as you can see, we've been very busy at D-Wave, delivering on product milestones, advancing the science, bolstering our executive team, focusing our go-to-market and sales function and helping customers achieve ROI with our solutions. There's momentum across all parts of the business, and we have never been more excited about the future of the company. With that, I'll hand it over to John to provide a review of our fourth quarter and fiscal year 2023 results.

Thank you, Alan, and thank you to everybody taking the time to participate in today's call. In my review of the fourth quarter and fiscal year results, I will be providing non-GAAP operating metrics, including bookings, as well as non-GAAP financial metrics, including non-GAAP gross profit, non-GAAP gross margins, non-GAAP operating expenses, and adjusted EBITDA, as we believe these metrics improve investors' ability to evaluate our underlying operating performance. These measures are defined in the tables at the bottom of today's fourth quarter earnings press release with the non-GAAP financial metrics for the most part adjusting for non-cash and non-recurring expenses. Revenue in the fourth quarter of fiscal 2023 totaled $2.9 million, an increase of approximately $500,000, or 21%, from the fourth quarter fiscal 2022 revenue of $2.4 million and up 13% sequentially over the immediately preceding fiscal 2023 third quarter revenue of $2.6 million, representing the third consecutive quarter of sequential quarter-to-quarter growth in revenue. Due to the timing associated with our professional services revenue, we believe that our bookings performance may at times be a better indicator of our business momentum than quarterly revenue. We define bookings as orders received from our customers that are expected to generate revenue in the future. We present the operational metric of bookings because it reflects customers' demand for our products and services and to assist investors in analyzing our performance in future periods. Bookings for the fourth quarter totaled $3.1 million, an increase of approximately $800,000, or 34%, when compared with the fourth quarter of 2022 bookings of $2.4 million, and an increase of approximately $200,000, or 8%, from the immediately preceding fiscal 2023 third quarter bookings of $2.9 million. The $3.1 million of fourth quarter bookings represents D-Wave's seventh consecutive quarter of year-over-year growth in quarterly bookings, as Alan highlighted earlier. GAAP gross profit for the fourth quarter was $2 million, an increase of approximately $600,000, or 45%, from fiscal 2022 fourth quarter GAAP gross profit of $1.4 million, and an increase of approximately $500,000, or 29%, from the immediately preceding third quarter GAAP gross profit of $1.5 million, with the increase due primarily to the growth in revenue. Non-GAAP gross profit for the fourth quarter was $2.3 million, an increase of approximately $600,000, or 34%, in the fiscal 2022 fourth quarter non-GAAP gross profit of $1.7 million, and an increase of approximately $400,000, or 20%, from the immediately preceding third quarter non-GAAP gross profit of $1.9 million. Again, this represents the third consecutive quarter of sequential quarter-to-quarter improvement in non-GAAP gross profit with the increase due to the growth in revenue. Moving on to GAAP gross margins. For the fourth quarter, GAAP gross margin was 67.7%, an improvement of 10.8% from the fiscal 2022 fourth quarter GAAP gross margin of 56.9%, and an improvement of 8% from the immediately preceding third quarter GAAP gross margin of 59.7%. This also represents the third consecutive quarter of sequential quarter-to-quarter improvement in GAAP gross margin due primarily to the growth in revenue. Our non-GAAP gross margin for the fourth quarter was 80.2%, an improvement of 7.6% from the fiscal 2022 fourth quarter non-GAAP gross margin of 72.6%, and an improvement of 4.6% from the immediately preceding third quarter non-GAAP gross margin of 75.6%. Again, this represents the third consecutive quarter of sequential quarter-to-quarter improvement in non-GAAP gross margin with the increase due principally to higher revenue. Again, the difference between GAAP and non-GAAP gross profit and gross margin is limited to non-cash stock-based compensation and depreciation expenses that are excluded from the non-GAAP gross profit and non-GAAP gross margin measures. GAAP operating expenses for the fourth quarter were $18.5 million, a decrease of $3.8 million, or 17%, from the fiscal 2022 fourth quarter GAAP operating expenses of $22.3 million, and a decrease of $1.4 million, or 7%, from the immediately preceding third quarter GAAP operating expenses of $19.9 million. This represents a third consecutive quarter of sequential quarter-to-quarter decrease in GAAP operating expenses with the decrease driven primarily by lower non-cash stock-based compensation expenses. With respect to the non-GAAP adjusted operating expenses, for the fourth quarter, they totaled $13.2 million, a decrease of approximately $2.7 million, or 17%, from $15.9 million in non-GAAP adjusted operating expenses in the fiscal 2022 fourth quarter, and a decrease of approximately $300,000, or 2%, from the immediately preceding third quarter. This represents the third consecutive quarter of sequential quarter-to-quarter decrease in non-GAAP adjusted operating expenses and reflects the company's focus on expense management, with the decline driven primarily by lower G&A and research and development expenses. Net loss for the fourth quarter was $16 million or $0.10 per share, a decrease of $2.2 million, or 12%, from the fiscal 2022 fourth quarter net loss of $18.2 million, and a decrease of approximately $100,000, or 1%, from the immediately preceding third quarter net loss of $16.1 million, representing the second consecutive quarter of sequential quarter-to-quarter improvement in net loss, with the improvement driven by higher gross profit in combination with lower operating expenses. Adjusted EBITDA loss for the fourth quarter was $10.9 million, an improvement of $3.5 million, or 24%, from the fiscal 2022 fourth quarter adjusted EBITDA loss of $14.4 million, and an improvement of approximately $700,000, or 6%, from the immediately preceding third quarter adjusted EBITDA loss of $11.6 million, representing the third consecutive quarter of sequential quarter-to-quarter improvement in adjusted EBITDA loss. I will now address D-Wave's operating performance for fiscal 2023. Revenue for 2023 for the fiscal period ended December 31 totaled $8.8 million, an increase of $1.6 million, or 22%, from revenue of $7.2 million in fiscal 2022 ended December 31, 2022. Bookings for fiscal 2023 were $11.5 million, an increase of $5.4 million, or 89%, from 2022 bookings of $6.1 million. With respect to customers and commercial traction, when we compare fiscal 2023 with fiscal 2022, D-Wave had a total of 133 total customers compared with 120 customers in the prior period, 78 commercial customers compared with 74 commercial customers in 2022, and 27 Forbes Global 2000 customers compared with 24 in the prior period. In addition, revenue from commercial customers increased by $1.8 million, or 41%, on a year-over-year basis. And commercial revenue as a percentage of total revenue increased from 60% to 70% on a year-over-year basis. And revenue from Forbes Global 2000 customers increased by approximately $400,000, or 20%, on a year-over-year basis, with Forbes Global 2000 customers comprising just over 26% of our total fiscal 2023 revenue. Now I'd like to take a moment to highlight how D-Wave's revenue and business model are fundamentally different from most, if not all, other quantum computing companies. D-Wave's business model is to build a sustainable and growing foundation of cloud-based, recurring subscription QCaaS revenue. Similar to the early days of the SaaS industry, at this stage, we're building out our sales strategy and execution and generating significant traction with our commercial customers. But in the near term, our revenue base will be lower as QCaaS contracts are recognized over the term of the underlying contracts. Unlike most of the quantum computing companies that are recognizing revenue from the sale of very early stage experimental systems, D-Wave does not sell systems. In fact, several years ago, D-Wave did sell quantum computing systems, primarily to the U.S. government agency, and came to the conclusion that this is not a sustainable business model, not then and not now. We are highly focused on selling our commercialized technology to a broad base of enterprises as evidenced by 70% of fiscal 2023 revenue derived from a highly diversified commercial customer base of nearly 80 companies. This contrasts sharply with the revenue makeup of most other quantum computing companies that is comprised primarily of government-funded R&D that is highly concentrated among a very few government organizations. In these arrangements, government entities are essentially funding the development of systems that they may eventually purchase. Although we believe that the recent reauthorization of the U.S. Government National Defense Authorization Act will provide D-Wave with incremental revenue opportunities, we don't consider that a primary focus on government-funded R&D revenue is a sustainable business model. Moreover, as Alan highlighted earlier, D-Wave is the only quantum computing company that has got commercial applications in production, and we believe that we are years ahead of other quantum computing companies in achieving this critical milestone. Lastly, D-Wave is the only quantum computing company that regularly discloses the number of our customers, the number of our commercial customers, and the amount of revenue that is derived from commercial enterprises that we believe best evidences the magnitude of our first-mover advantage in commercializing our annealing technology. GAAP gross profit for fiscal 2023 was $4.6 million, an increase of approximately $400,000, or 9%, from $4.3 million in GAAP gross profit for fiscal 2022, with the improvement due primarily to higher revenue. Non-GAAP gross profit for fiscal 23 was $6.1 million, an increase of approximately $1.3 million, or 27%, from the fiscal 2022 non-GAAP gross profit of $4.8 million, with the improvement due primarily to higher revenue. Fiscal 2023 GAAP gross margin was 52.8%, a decrease of 6.5% from the 59.2% GAAP gross margin in fiscal 2022, with the decrease due primarily to higher non-cash stock-based compensation expenses in the fiscal 2023 cost of sales when compared to the fiscal 2022 cost of sales. Fiscal 2023 non-GAAP gross margin was 69.8%, an improvement of 2.5% from fiscal 2022 non-GAAP gross margin of 67.3%. Fiscal 2023 GAAP operating expenses were $85.2 million compared with fiscal 2022 GAAP operating expenses of $63.7 million, with the $21.5 million year-over-year increase comprised of $11.5 million in non-cash stock-based compensation expense, $5.3 million in public company related costs, $3.4 million in salaries and other personnel related costs, and $1.5 million in research and development fabrication costs. Fiscal 2023 non-GAAP adjusted operating expenses totaled $60.4 million, an increase of $8 million, or 15%, from fiscal 2022 non-GAAP adjusted operating expenses of $52.4 million, with the increase comprised primarily of $3.4 million in personnel related costs, $2.8 million in public company related costs, and $1.5 million in research and development fabrication costs. Fiscal 2023 net loss was $82.7 million, or $0.60 per share, compared with fiscal 2022 net loss of $53.7 million, or $0.45 per share. Fiscal 2023 adjusted EBITDA loss was $54.3 million compared with $48 million in fiscal 2022, with the increase due primarily to higher public company and headcount related expenses. I will now address the balance sheet and liquidity. As of December 31, 2023, D-Wave's consolidated cash position totaled $41.3 million, an increase of $34.2 million, or 485%, from the year earlier December 31, 2022 consolidated cash balance of $7.1 million. During fiscal 2023, D-Wave raised over $90 million in capital, including $66 million in equity, primarily from the company's common stock purchase agreement, commonly referred to the Equity Line of Credit or ELOC, with Lincoln Park capital, and $32 million in long-term debt, primarily with PSPIB Unitas Investments, an affiliate of PSP Investments that we refer to as the PSP loan. As of December 31, 2023, D-Wave had $82.1 million in remaining capacity under the Lincoln Park ELOC commitment. It terminates in October of 2025. D-Wave's ability to raise funds under the ELOC is subject to a number of conditions, including having a sufficient number of registered shares and D-Wave's stock price being above $1 per share. As previously disclosed, on April 13, 2023, D-Wave entered into a $50 million four-year term loan agreement with PSP. The loan agreement is comprised of three individual tranches of $15 million, $15 million, and $20 million, respectively. And to date, D-Wave has drawn on the first two tranches totaling $30 million. However, the issuance of the third tranche is subject to certain conditions, and there can be no assurance that the company will be able to meet the conditions necessary to draw on the third tranche. Now, I will address our outlook for 2024. Keep in mind, as I noted earlier, our business model is primarily a cloud-based recurring revenue model, not a system sales model, nor a government-funded R&D revenue model, which, as I outlined earlier, we do not believe to be sustainable. Under a cloud-based recurring revenue model, it will take time in the early years to build a sizable revenue base, given that the value of the QCaaS contracts are recognized over a period of time. We believe that we have made substantial progress in building the technical infrastructure, developing and launching the appropriate products and attracting a significant number of large enterprise customers to support a highly scalable recurring and diversified revenue business. We manage our business to drive bookings from commercial customers leading to production applications and to achieve our EBITDA objectives. Accordingly, we have provided adjusted EBITDA guidance for 2024 in today's earnings press release. In addition, given where we are in the first quarter, we've also provided Q1 bookings guidance, and we will continue to report bookings on a quarterly basis to help you understand the progress that we are making. Based on the information available on March 27, 2024, our fiscal 2024 adjusted EBITDA loss guidance is less than the fiscal 2023 adjusted EBITDA loss of $54.3 million, and our first quarter bookings guidance is bookings of at least $4.3 million. To conclude, as we have previously stated, we believe that D-Wave has the opportunity to be the first independent, publicly held quantum computing company to achieve sustained profitability and to achieve this milestone with substantially less funding than required by any other independent publicly held quantum computing company.

Our first question comes from Suji Desilva with ROTH MKM. Please go ahead.

Good morning, John. So, a couple of financial questions first perhaps. John, the QCaaS contracts signed to date, what's the typical term length for those? And, are those recognized linearly or is there sort of an elbow as usage goes up?

I've missed the second part of your question, Suji. Are they...

Whether they're recognized linearly or whether the revenue goes up with usage over time?

Typically, it's ratably straight line over the term of the contract, and we have contracts that range from several months to several years in duration.

Okay. And sticking on the financials, the commercial customer count in '23 was 78. Is the expectation that that customer count grows in '24, or is it more the expectation to monetize revenue from this base? What's more of the focus in '24 relatively?

Our focus is on both, Suji. Expanding revenue opportunities within the existing base, as well as expanding the number of commercial accounts.

Okay. And then maybe you can provide data on the number of PoCs in process. And maybe just maybe tying to that, how professional services revenue is a lead indicator of the QCaaS revenue, if that's also the case?

Okay. I'll address your second part of your question first. So, over the last two quarters, Q3 and Q4, we had record levels of professional services. And this is a leading indicator of the potential pipeline for the production applications because within that we have the PoCs. With respect to the number of PoCs, we haven't disclosed that specific number on a quarterly basis.

Okay. That helps. Thanks. And then last question really on the applications. You have two in production and two more coming. Do you expect to add additional apps in the next 12 to 18 months? Or are you going to emphasize some of these initial apps for revenue in the next 12 to 18 months?

Alan, do you want to address that?

Yeah, I'll take that. So, Suji, as we discussed, I believe, in the last earnings call, as well as at our Analyst Day conference, our focus for the foreseeable future is on a specific set of use cases revolving around resource allocation and resource scheduling, primarily in the areas of manufacturing, logistics, and supply chain. And so that really will be our focus for the foreseeable future. That having been said, there are actually quite a few different specific applications that fall into those broad areas. And so in fact, you can expect to see us talking about a variety of different applications across those key industries going forward.

Okay. All right. Thanks, Alan. Thanks, John.

Thank you. Our next question comes from David Williams with Benchmark. Please go ahead.

Good morning, everyone. Thank you for the opportunity to ask a question. Alan, could you elaborate on the extent of the impact regarding the demonstration of quantum supremacy? I anticipate there may be some skepticism from our peers and the investment community. Is there anything specific you could share that might help us feel more confident about those findings? Any additional insights would be appreciated.

Yeah. So, first of all, David, let me just reiterate that we have submitted this paper for peer review. And as a result, we need to be a little bit careful with what we say about it. But the paper is on the archive and anybody can go look at it. In addition, we are able to talk a little bit about it in social media, in various meetings with customers and occasionally in conferences, if they're primarily technically oriented conferences. What I can say is that since we started talking about it in social media and at conferences, 90%-plus of the feedback has been positive. So, yeah, I mean, there are a couple of folks that are typical D-Wave quantum annealing, un-enthusiasts, shall we say, who have made some comments. But as I said, the vast majority of the feedback that we've gotten has been very, very positive, including from some very well-respected academics as well as government officials. So, we're actually quite pleased with the feedback, but really excited about the result.

Thank you for the update, and congratulations on the demonstration. It seems like your business is experiencing significant momentum as you move programs into production. Can you elaborate on what is driving this acceleration and what you're hearing from customers? Additionally, how does your performance compare to your peers in the market? I assume most are still in the discovery phase and working with a variety of vendors. I'm interested to know your insights on how you stand against your peers and the feedback you receive from your customers. Thank you.

Yeah. So, I don't really want to talk about what our peers or competitors are doing, but I would highly encourage you to go ask them, which commercial customers they have, what real-world applications they are working on, are these at scale or kind of experiments into whether the quantum system can actually do anything or not, and whether they've got any applications in production or not. So, I encourage you to go ask them that question. For us, as I commented a bit earlier and as John reinforced, the model is to start with professional services engagements to help build out proofs of concept that allow our customers to understand how our quantum systems can deliver value to their business operations and with a positive ROI. And then, once they understand that and are bought into it to help them transition those proofs of concept into production applications and then deploy them in production, at which point, we put in place a production agreement that is primarily quantum compute as a service agreement. So, it starts with a professional services agreement and then it transitions to a production application deployment quantum compute as a service agreement. And so, the work that needs to be done to effect the transition from proof of concept to quantum compute as a service is complete the PoC, help them benchmark it, help them understand the value and the ROI, help them understand how to move it into production and then support them in the work to actually move it into production. I will tell you that we expected at the beginning of last year that this process would move a bit faster than it actually has moved. So, while we were really pleased to see the transition to production starting in Q4, and we see that, we have the ability to move many more applications into production through the course of this year. It has taken us longer than we expected. But a big focus for us right now is how to shorten that timeline. And at Analyst Day, we talked a little bit about this when we described our verticalization strategy and the fact that we believe by focusing on specific use cases in specific verticals, we will learn with our customers how to, A, validate the value more quickly and, B, help them move into production more quickly.

Great. Thanks so much for the color there. Certainly appreciate it. And just one last one, just wanted to tell congratulations to Trevor on his promotion there. Thanks.

I will pass that on to him. Thank you.

Thank you.

Our next question will come from Harsh Kumar with Piper Sandler. Please go ahead.

Congratulations to Alan and John on your success. I wanted to inquire about a particular application mentioned in your press release, specifically Zapata AI. As a semiconductor analyst, I’ve noticed the growing interest in AI. You mentioned a reduction in training time, particularly for machine learning, which is a significant area. Could you elaborate on how you are contributing in this space and what initiatives you are pursuing?

Yeah. So first of all, Harsh, you may or may not recall that at Analyst Day, we showed a graph of how we expect various use cases to become enabled with various iterations of our technology or enhancements or improvements of our technology. And we actually had AI and machine learning out a couple of years from now. Now, that chart was put together before we really started digging in with Zapata AI to look at what it would take to do machine learning and generative AI model training using a quantum computer to help generate samples rather than doing it all classically. And what we found was that with our Advantage2 quantum computer, and so we are working with Zapata on the 1,000 qubit Advantage2 system, we are actually able to do it quite well today. Now, it's a little bit early to be definitive on this, but what I can tell you is that the early results are demonstrating that we are able to do a better job of training models, more accurate, more rapidly, and here's a really important point, with lower power consumption. And so, we're very excited about that. This is not a research experiment. We put this relationship in place with Zapata to bring a product to market together. And so, there is a period of time of a few months upfront to build out the product and validate that it achieves the goals that we set for ourselves and then to get it in the market. And that is progressing really well. So, we're quite excited because it really accelerates our move into generative AI by a couple of years. But moreover, I actually think it accelerates quantum and AI by a number of years.

Fantastic. And then, I think at your Analyst Day, I think you had shown a, obviously, the 1,000 qubit system, but I think you were talking about one that was the next generation, the 1,200 qubit system, I believe, from my memory here. Is that in production? Is that helping out for some of the applications, or do you expect quite a bit of dramatic breakthrough as you move into your newer system?

So, the Advantage2 1,000 qubit system is now in our Leap cloud service and it is accessible to all customers. So, they can either run on the 5,000 qubit advantage processor or the new 1,200-plus qubit Advantage2 Processor. And many of our customers are starting to run on the Advantage2 Processor, because it is a more powerful system even with 1200 qubits.

Great. Thanks. That was all I had. Thank you. Congratulations, guys.

Thank you.

Thank you.

Thank you. Our next question comes from Richard Shannon with Craig-Hallum. Please go ahead.

Well, hi, guys. Thanks for taking my question. I did want to follow up on the topic of AI here that Harsh just brought up and maybe a couple other permutations on this topic. First of all, you're talking about improvements in training. Just to be clear, are we talking about training of really large language models or smaller ones or a range? Kind of give us a sense of what you have experience with? And then I guess the follow-on here is, Alan, I think you talked about accelerating the timeframe for quantum and AI to intersect here. I mean, when are you expecting to see production revenues or at least some amount of revenues coming from these kinds of applications? Thanks.

Yes. So, the starting point for the work with Zapata is really in the life sciences area and identification of new molecules in a variety of different life sciences areas. But that's really just the initial target. But that having been said, really what that means is that the initial model building and training is not large language model, but more in the area of kind of molecular data, if you like. And in some sense, I think that from there, we'll likely launch into other corporate applications. There's nothing that we can see right now that would prevent using this technology for training large language models as well, But the initial go-to-market focus is on corporate machine learning and generative AI. As far as accelerating the timeline, look, how do I want to say this, there's been experimental work done on investigating how quantum systems might be applied to improving machine learning. But this has all been basic research and experimental investigation. And in fact, if we put D-Wave aside for a minute and we talk about using quantum computers to generate better samples, because they're generating them from a quantum distribution rather than a classical distribution, on the current non-D-Wave gate model systems, it can take days to weeks to generate the samples that GPUs can create in seconds. So, it's always been thought of as very early days in research experimentation. However, with our system, leveraging the Advantage2 processor and frankly, the basic work that we did on the supremacy efforts, we are now able to generate those samples in seconds as well. And that's really what's allowing us to make this commercial today. And with Zapata, we expect to have products to market in a timeframe measured in months, not years.

Okay. Very interesting. Thanks for that detail, Alan. My last question here is maybe kind of following up on a prior question as well and it's really a topic you brought up and discussed at the analyst event a few months ago. And recognize that this is probably too short of a timeframe to expect any change, but always interested in seeing some improvement in the sales cycle. I know that's a big focus for you. Since the analyst event, have you seen any kind of green shoots or experiences that have helped you or even started to see any real-world progress in terms of shortening sales cycles either at the beginning or the end of the process to getting to production revenues?

Yeah. So, two things. First of all, and I think I might have mentioned this even at the Analyst Day meeting, but our sales cycles, over the course of the last few years, have shortened. When we started down this path a couple of years ago, we were looking at 12-plus month sales cycles to kind of get the initial engagement in place with the customer, I think the professional services proof of concept engagement. We're now able to do that fairly regularly on a four to six months' timeframe. The verticalization strategy, which we only just initiated at the beginning of this year, we think we'll shorten that a bit further, but we really think it will shorten the back end, which is the transition from proof of concept to production. But it's still a little early because we did only launch that at the beginning of this year. That having been said, we have started demand generation and lead generation against the verticalization strategy and we're already seeing really good results from that with a number of large Global 2000 companies that had not previously been customers expressing interest in what we're doing.

Okay. That sounds like we could see an expansion of the customer funnel here in terms of the customer count that you're giving us in the not too distant future. Is that a fair expectation, Alan?

I think so.

Okay. Excellent. Last quick question here, just on the financial guidance for the year, the EBIT loss here, you haven't given us any thought process either on revenues or the OpEx and related items to help us kind of put those together here. Anyway, you kind of help us think about what kind of revenue growth you're expecting for this year? You've been fairly tight on OpEx here. I don't know if you're expecting to open the funnel up at all as you're trying to drive faster growth. But just any general expectations you can help us in your thought process for the year that would be great. That's all for me.

John, do you want to take that?

Richard, I can give you some guidance on the operating expenses. So, the area that we will invest in this year in OpEx is go-to-market. And we're focused on a relatively significant increase in go-to-market investment from last year. And we anticipate that our year-over-year G&A will actually be down between 2024 and 2023, principally due to a lot of the non-recurring costs associated with the going public process last year and R&D being relatively flat to slightly up on a year-over-year basis. Does that answer your question, Richard?

Perfect. Thank you, guys.

You're welcome.

This only answers part of the OpEx question. I mean, the essence of the question is really about revenue growth. I'm assuming since you didn't put it in the press release, you're probably not prepared to talk about that. So, if you have any thoughts there, that's kind of what I was looking for, John.

You're correct. We have not provided revenue guidance.

Thank you. Our next question comes from Quinn Bolton with Needham & Company. Please go ahead.

Hey, guys. I wanted to follow up on the AI question as well since it's obviously, I think, very topical for most investors. Alan, you'd mentioned that the quantum computers and a quantum sampling of data can provide better results. I guess I was wondering or hoping you could expand on that a little bit more. I mean, I think for classical training, obviously, you've historically started with the data set that you use to train the model. So, I'm just trying to figure out how does quantum sampling and quantum production of data samples, how does that sort of apply versus, I guess, maybe historical training when you start with the initial set of data that you initially used to train the model? And then I've got a couple of follow-ups. Thanks.

Sure, Quinn. We can definitely have a deeper discussion on this. The main point is that when training a model, the goal is to create a computational engine that can generate data reflecting the same distribution as the input dataset. Essentially, you aim to construct a model that aligns with a specific distribution. Traditional distributions have limited degrees of freedom, while quantum distributions offer more flexibility. By developing a model based on a quantum distribution, you potentially gain a better fitting model because you can utilize these extra degrees of freedom. This advantage is what makes quantum distributions valuable, leading to improved or more precise models.

Got it. Makes sense. Thank you. And then, John, obviously, you're not sort of giving bookings guidance beyond the first quarter, a pretty nice step up in bookings in Q1. Wondering if you might be prepared to comment. Do you expect that bookings growth to sort of continue to grow sequentially through the year? I know it can be lumpy. So, just trying to sort of think about what sort of shape you expect the bookings through 2024? Thank you.

I can speak to the year, Quinn. Certainly, we're expecting an increase on a year-over-year basis. But based upon the composition and the types of contracts that we're negotiating, that could vary from quarter to quarter.

Thank you. Our next question comes from Kevin Garrigan with WestPark Capital. Please go ahead.

Yeah. Hey, Alan and John, thanks for taking my question. You had recently announced a partnership with NEC Australia and entering the Australian market. I know the U.S., Europe, and China are really trying to develop quantum computing technology, but any other geographies that are really looking to develop quantum and that you guys are really looking to expand into?

Yeah. So, we are already in Japan, North America, and Europe. And, frankly, our business is quite strong in both Europe and in Japan. And so, from an Asia Pacific perspective, Australia is the next logical place for us to go. I will tell you, we have Leap access in India, but we don't really have a kind of full-court press currently on trying to sell commercially in India. And there are a couple of areas in that region that we will likely never or at least not for the foreseeable future enter China is the primary example of that, simply because of the geopolitical issues associated with that and the fact that Quantum is a sensitive technology for the U.S. and Canadian governments.

Okay. Perfect. Thanks, Alan. And then just as a quick follow-up, just kind of wondering if you could comment on the competitive landscape, more kind of new companies. Every week, you see a new quantum computing company that kind of pops up with the next big quantum technology. So, are you seeing any increased competition in the quantum annealing market?

No, not in the annealing market. And as we said in the past, it will be hard for anybody to compete with D-Wave in the annealing space. A, we've got a 15-plus year head start, and we're not standing still as witnessed by the recent availability of our 1200 qubit Advantage2 processor. And B, we've got a huge patent mode with over 200 U.S. granted patents, over 500 worldwide patents. So, we don't expect to see much competition in the annealing space, which is great for us because there's an important class of applications, business optimization that really only annealing can address from a quantum perspective, and that pretty much makes that market ours.

Yeah. That makes a ton of sense. Okay, awesome. Thanks, Alan. Thanks, guys.

Thanks.

Thank you. Our last question will come from Craig Ellis with B. Riley Securities. Please go ahead.

Yeah, thanks for sneaking me in, guys, and congratulations on all the progress in the quarter, things like Zapata and AI, and appreciate all the financial transparency. Alan, I wanted to go back to one of the comments you made in your prepared remarks. The point that Advantage2 has 100,000 problems already submitted. So that seems like just a remarkably high number, which would seem to be very positive for how customers would want to engage in that technology. The question is, as those problems have come in, have you been able to analyze those by end market, existing new customers, any other parameters that give us a better sense for how that problem set is distributed across existing or potential new customers or verticals?

Yeah. Unfortunately, not really for the following reason, and this is actually an important characteristic of our system. When a problem gets submitted to the system, because of how you program our system, we can't really tell what the application is that kind of underlies that submission. Just the way the computer gets programmed and the data that ends up getting submitted, it almost kind of inherently obfuscates. And this is actually important because it's an important privacy and security element of how our system works. So, no, when our customers submit problems, we don't know what exactly they're doing. But we have relationships with all those customers, and to the extent that we engage with them regularly, we do try to understand exactly how they're using our systems. I will say that the Advantage2 processor is brand new. It's only been in Leap for a month. And so most of what's going on in that system right now is evaluating it, so that they can see how much better it is than the previous generation system.

Any historic data with prior systems on what the conversion rate is between problem submission, proof of concept work, etc., to give us an estimate of what the final might look like after this?

Yeah. Because of the fact that when a new generation system comes out, we always put it into our cloud service. And whenever we put something in our cloud service, it's available to all our customers instantly. Most customers just immediately transition to the new system. So, occasionally, if there's something that's up and running, they'll leave it on the previous generation system. But when it comes to new work, almost immediately transitions to the new system.

Yeah. Got it. That's helpful. Appreciate that. And then the second question was more for John, and I wanted to take a swing at following up on one of Quinn's points on bookings for calendar '24. So, if we look at the first quarter, we've annualized I think around $17.2 million, so up 50% year-on-year. And I'm not looking for guidance, John, because I know the company isn't providing that. But what I was hoping you could do is just frame, as we look at the year, what would be some of the factors that would drive higher bookings levels, maybe early conversion on Advantage 2, new successes with streamlined go-to-market strategy, etc.? And are there things we should be mindful of that would be challenges to year-on-year growth, whether there was something unusual that happened last year, etc.? Thank you.

I think one of the areas that we're looking at with respect to the bookings momentum, Craig, is our focus on the verticals and the implementation of that go-to-market program as well as the timing and the magnitude of the applications transitioning into production.

Got it. And then lastly, there seems to be a growing Forbes Global 2000 quotient to the customer base. I think we're about 33% now with the 78% you had last year. Bigger picture, Alan, how does that evolve over time? Are we thinking that that moves up significantly as we go through '24 and '25, or what would the pacing for that customer conversion be at that level?

So, I think I mentioned a few minutes ago that as we've launched the new verticalization, at least in the logistics arena, we've already seen very strong interest from companies in that vertical, many of them Global 2000 companies or Fortune 500 companies. So, we're starting to build a really nice pipeline now with companies at that scale that are not currently customers. But obviously, that's just the very beginning of the process with pipeline building, and now we have to go get deals closed.

All right. Well, congratulations on a strong start to the year. Thank you.

Thank you.

This does conclude D-Wave's Q4 2023 earnings call. You may disconnect your line at this time, and have a wonderful day.