Chad Rigetti
Analyst · The Benchmark Company. Your line is open. Please go ahead
Thank you, Polly and welcome everyone to our second quarter 2022 earnings call. We delivered strong results this quarter, advancing on our product roadmap, continuing to attract key talent and strengthening our base of customer and partner relationships. Our R&D and product development teams made excellent progress and we remain on track to meet our technology roadmap targets. This includes our planned next-generation 84 qubit system in 2023 and 336 qubit system later that year. Our Quantum Cloud Services team achieved a major step forward in quantum processing speed, demonstrating a 4.5x improvement compared to that performance we reported this past February, as Rigetti continues to be a pioneer in hybrid quantum classical systems. We unveiled our first UK-based quantum computer and won two new UK government awards for projects to advance quantum computing technology and applications. And we announced our selection to lead a new DARPA program focused on developing benchmark applications for quantum computing. Over the next decade, we expect the world’s most powerful computers to leverage quantum processors as accelerators in a quantum classical hybrid architecture, like the one we have pioneered at Rigetti. Rigetti is working to build the core hardware and software technologies to unlock the future. And we are commercializing it in our QCaaS or quantum computing as a service business model using our quantum cloud services platform. Over the years, we have carved out a distinctive position in the industry as a leading platform for delivering quantum classical computational power. Our trailblazing leadership and hybrid is no accident. We have been pursuing this vision since 2014 when we patented our hybrid coprocessor architecture for practical quantum computing. In 2018, with the release of our QCS platform, we were the first to offer access to quantum processors tightly integrated with classical computing infrastructure. By optimizing for flexibility, functionality and low latencies, Rigetti’s superconducting quantum processing units, or QPUs, are deliberately designed to integrate with classical computing systems and infrastructure. These features underpin the fast processing speeds we have been able to achieve on our platform. One metric for measuring quantum processing speed is circuit layer operations per second, or CLOPS. Originally developed and introduced by IBM, CLOPS assesses the processing speed of a quantum computer. This past February, we benchmarked our 80 qubit Aspen-M-1 system using CLOPS showing that our system was 18% faster than IBM’s comparable 65 qubit system at the time. Since then, we have continued to iterate and improve on these results. Recently, we reached a new milestone with our team successfully achieving a CLOPS performance greater than 4,000 on both our 40 qubit Aspen-11 system and our 80 qubit Aspen-M-2 system. These results represent a 4.5x acceleration since February. This is a big win. And I’d like to congratulate our team for their effort and success on this front. For more information about how CLOPS is calculated and important disclaimers regarding the use of CLOPS as a performance measure, please refer to our earnings release. Rigetti is also pioneering hybrid performance for real world applications by engaging in partnerships with classical chipmakers, such as Ampere. In our work with Ampere, we have made significant progress in advancing viable hybrid use cases. This includes successfully integrating Ampere’s cloud native processing platform with Rigetti’s quantum systems as well as completing the first rounds of tests for running quantum machine learning applications on the combined platform. We couple our leadership in hybrid with an emphasis on cloud delivery, which is core to our QCaaS business model. Rigetti has been delivering QPUs over the cloud since 2017. We expect cloud delivery to allow us to continue scaling adoption, achieve faster go-to-market times and optimize for capital efficiency and strong margin profiles. Cloud delivery also allows our customers and partners to access our latest systems choose the most suitable QPU for their business or research objectives and obtain maximum value when beginning a new quantum initiative or application development campaign. In our view, this emphasis on building quantum processors designed for hybrid integration and co-processing, paired with our cloud delivery model is the most practical approach to commercializing quantum computing. On that note, we are excited to announce plans for our inaugural Investor Day on September 16 at our Fab-1 facility, the industry’s first dedicated quantum fab. The theme of this event will be integrating quantum into the fabric of the cloud and we will provide attendees with the opportunity to tour our fab facility. If you are interested in attending the event, please reach out to our Investor Relations team at rgti@investorrelations.com. We will also be announcing a webcast option for those unable to attend in-person. Now, I will provide more color on our technology updates for the quarter. We are very excited about our product roadmap and remain on track to meet our technology roadmap targets announced in connection with our first quarter 2022 earnings. We are making excellent progress on our 84 qubit system planned for 2023. We recently completed the design of the chip packaging and expect to begin testing chips this month. This next generation processor will be the first to introduce a new lattice expected to bring higher conductivity and our tunable coupling technology. As development has progressed, we continue to see high 2 qubit gate fidelities around 99% on test devices, in line with the anticipated performance improvements of our 84 qubit systems. Our planned 336 qubit machine, currently expected in late 2023, will be based on 484 qubit chips assembled together using our proprietary multi-chip technology. We introduced the multi-chip architecture, beginning with our Aspen-M systems and continue to advance this modular approach to enable our next generation machines. With our unique and patented multi-chip technology, we believe that we hold a very strong position relative to direct competitors and that we are well positioned to continue pioneering this critical scaling technology. For example, our engineering and R&D teams have recently completed several important milestones towards delivering our 336 qubit system. First, in Q2, we demonstrated tunable coupling between qubits on separate chips, paving the way to leverage this patent pending technology in our next generation multi-chip processors. Second, we have begun designing and producing the advanced higher density packaging for this system. Third, we executed the first proof-of-concept for our next generation control system expected to be based on radiofrequency system on a chip technology. We believe this approach can bring greater performance, increased scalability and reduce costs to our control system for the 336 qubit QPUs and beyond. Turning to partnerships, during the second quarter of 2022, we deepened existing relationships and won new deals in both the UK and U.S. as we continue to work hand in hand with top organizations in pursuit of quantum advantage. During the quarter, we launched our first UK based quantum computer, a 32-qubit machine. Backed by UK government funding, Rigetti is leading a consortium that includes Oxford Instruments, the University of Edinburgh, Phasecraft, and Standard Chartered Bank. Our goal is to advance practical quantum computing applications in the areas of machine learning, materials simulation and finance. Building on this momentum in the UK, we have recently won two new Innovate UK awards through the IFCF commercializing quantum technologies challenge. Under one of these initiatives, we plan to work alongside Riverlane on error correction research and development. On the other, we plan to work with Phasecraft and BT formerly British Telecom to build quantum algorithms and software for solving optimization and constraint satisfaction problems for the telecom industry. Back here in the U.S., we announced that Rigetti was selected by DARPA to lead a multiyear program focused on developing and evaluating benchmark applications for quantum computing. This project expands on our current work with DARPA and aims to reformulate key quantum metrics to make those metrics testable and estimate the required quantum and classical resources needed to reach critical performance thresholds. The total award to Rigetti and its partners is worth up to $2.9 million over 3 years and is based on the achievement of certain milestones. Of which, approximately $1.5 million is subject to DARPA’s exercise of an option to extend the initial 18-month term. Additionally, we are making good progress in our work with NASDAQ and are now in the process of identifying and selecting finance use cases for further development. Notably, we continue to see strong potential for quantum advantage and valuable applications in quantitative finance. Turning to our cloud platform, we on-boarded our first Azure private preview users this quarter. We expect to announce public access to Rigetti systems on Azure in the coming months. Alongside this momentum on our technology and business, we are excited to announce a committed equity facility. We believe this facility should provide financial flexibility to support our continued focus on our mission and business plan. Given the current macro environment, we believe this is both prudent and an important vote of confidence from the capital markets. With technology advancements, business progress, and the potential to add cash to our balance sheet, we are moving with focus and intention towards our mission. In conclusion, we believe Rigetti remains at the forefront of industry progress with an enduring commitment to build and operate the world’s most powerful computers. During the quarter, we continued to make tremendous advances, driving forward our quantum technologies and strengthening key partnerships. As a result, we remain on track to meet our technology objectives that we laid out on our prior earnings call. With that, let’s turn it over to Brian for the financials.