Siva Sivaram
Analyst · Deutsche Bank
Thank you, Sam. First, an update on our Eagle Line. This is our highly automated pilot production line to demonstrate scalable production of our solid-state lithium metal battery technology. In Q1, we completed the installation of the Eagle Line and commenced start-up operations. We are producing initial volumes of QSE-5 cells. We have been working to continuously improve all aspects of Eagle Line functionality, such as equipment uptime, line throughput control systems and process stability. We've been integrating advanced AI models into the Eagle Line, and we have seen substantive progress on cell quality and reliability. We believe that the increased production capacity at the Eagle Line will help drive a virtuous cycle of higher data volume, more rapid learning cycles and enhanced quality. In Q2, we plan to ramp QSE-5 cell production to support customer programs across automotive and other applications. Development work for EV applications remains our core focus and our largest source of customer billings. We continue to work closely with the Volkswagen Group's PowerCo as we advance through the phases of our automotive commercialization road map. The next phase is field testing. Sales from the Eagle Line will be put through a demanding set of real-world test conditions, and that some feedback will be used to learn and iterate. Beyond our work with Volkswagen. In Q1, we shipped cells to an automotive JDA partner for testing. We continue to work through our 2 JDAs with top 10 global automotive OEMs to bring our solid-state lithium-metal technology into their vehicle programs. In addition, this quarter, we successfully completed our technology evaluation with another top 10 global automotive OEM customer. Their engineers performed hands-on testing of our technology and ran competitive benchmark against other solid-state technology approaches. With the success of this effort, we are moving into the next phase of this engagement: joint development activities with the ultimate goal of deploying QS technology in their automotive and other applications. Next, an update on our QS ecosystem. This is the cornerstone of our capital-light business model. By teaming up with world-class companies across the value chain, we can bring our technology to global scale faster and more efficiently. These alliances are a force multiplier for our commercialization efforts as we distribute our technology know-how to trust it partners. We continue to work closely with both Murata Manufacturing and Corning on scaling up production of our solid ceramic separator using our groundbreaking Cobra process to build a global value chain necessary for our gigawatt tower scale production of QS technology. Our ecosystem partners are also investing in QS proprietary hardware and systems to produce our ceramic separator. We see this as a clear sign of their commitment to our ecosystem as well as a source of customer billings. In Q1, we recorded our first customer billings from our ecosystem. Next, a word on new markets. We believe our high-performance solid-state design has compelling attributes to address the evolving energy storage needs of AI data centers, where conventional lithium-ion technology faces safety and performance limitations. Driven by massive compute demand, data centers are transitioning to 800-volt DC designs, and adopting power systems architecture and technology from the electric vehicle industry. We see this as a natural fit for our no-compromise solid-state battery. In-rack energy storage and power delivery is a large and fast-growing market, and the higher energy density of our battery technology can enable increased compute density for AI factories. In addition, we have seen strong customer interest in our battery technology from global players in the military, aerospace and government sectors. Our battery technology unlocks step-change improvements in both energy density and power simultaneously. Combined with the superior safety of our solid-state design, this is a highly attractive combination for these advanced applications. Our anode-free architecture also has supply chain benefits for these customers. Conventional lithium-ion batteries require graphite that is almost exclusively sourced from China. In contrast, our battery design is graphite-free, eliminating a major pain point for defense applications. To conclude, I want to take a moment to look at the big picture. The world's energy system is experiencing rapid change. The way we produce, store and use energies are going a once-in-a-century transformation. From electric vehicles and AI data centers to grid storage, drones and aerospace, the future of the world economy is being built on electrification, electrotech. To give just one example, the speed of change and growth in the AI data center market is breathtaking. The technology of the past is struggling to keep up and innovations in energy storage are essential to this transformational change. Thanks to our years of careful planning, consistent execution and constancy of vision, QS is in the middle of this electrotech story. From geopolitical disruptions to the energy system and supply chain risks for critical materials to the explosive growth of electrification across the world economy, the tailwinds for our technology have never been stronger. We believe we have the differentiated technology, world-class team, ecosystem partners and customer relationships to capitalize on this revolution. Even as we tackle the challenges still ahead, our dedicated team is motivated by a market opportunity that is global in scale and growing every day. We look forward to updating you on our progress over the months to come. With that, I'll turn things over to Kevin for a word on our financial outlook.