Serge Saxonov
Analyst · Jefferies
Thanks, Cassie, and good afternoon, everyone. Today, I will start with an overview of our Q4 and 2025 performance. I will then talk about some of the key trends driving our business and how they position us well for future growth. Adam will then talk through the financials in more detail. We delivered $166 million in revenue in the fourth quarter, exceeding the high end of our guidance range; and closed the year with $599 million in revenue, excluding $44 million of upfront revenue related to patent litigation settlements. In the fourth quarter, the operating environment remained largely unchanged from Q3. Customer spending remains subdued, and capital equipment purchases remain particularly constrained. The uncertainty in research funding dynamics continues to impact customer sentiment and timing of purchasing decisions. Despite this challenging backdrop, we saw a modest budget flush towards the end of the quarter, and we continue to be encouraged by the solid underlying demand for our solutions. As I reflect on 2025 overall, I'm extremely proud of how the team executed throughout the year. While 2025 was challenging and at times highly unpredictable for our customers and the broader life sciences ecosystem, the team delivered consistently quarter after quarter. We made steady progress across the fundamental drivers of the business. advanced our product road map and strengthened our financial position. First, we saw strong momentum in key metrics that are driving the fundamentals of the business. Single-cell consumables volumes grew at a double-digit rate each quarter, driven primarily by adoption of our newer lower cost products, including Flex and On Chip Multiplexing. These products have expanded access enabled new applications and support increased experimental volume. In spatial, we delivered double-digit consumables revenue growth for the year, driven by Xenium momentum. Strong demand for Xenium translated into meaningful customer expansion throughout the year. At the same time, existing customers, including the earliest and largest users, continue to ramp their utilization. We are encouraged to see customers exploring new applications, running more experiments and expanding the scope of their studies. Second, we delivered multiple product launches across both single cell and spatial. Compared to even just 2 years ago, we have vastly expanded the capabilities of our platforms through continuous innovation. Within single cell, the launch of our next-generation Flex assay in 2025, now branded as Flex Apex, represents a meaningful step-change in the capabilities of the Chromium platform. Flex Apex combines exceptionally high performance with flexible inputs, including compatibility with FFPE and fixed whole blood. It supports both small exploratory experiments as well as one with high sample counts and large numbers of cells, making it well suited for massive-scale studies. Flex Apex delivers these features at a lower cost per experiment and is enabling expanded access to single cell, driving increased reaction volumes and supporting broader adoption across our customer base. Over a short time, we believe Flex has become a foundational assay for several of the most important growth areas in the field, including large-scale AI and virtual cell efforts, translational cohort studies and biopharma discovery and development workflows. As a result, Flex became our most popular single cell assay by volume in the fourth quarter. We continue to hear strong feedback from customers on its ability to enable larger, more ambitious studies that were previously impractical. We look forward to seeing what our customers will accomplish as these studies progress. We also had meaningful launches across our spatial platforms in 2025. Within Visium, we launched Visium HD 3 Prime to enable researchers to conduct all transcriptome analysis across a broader range of applications and sample types. We also launched HD cell segmentation to address a key challenge in spatial analysis, helping customers visualize tissue structure in more precise detail. Within Xenium, we launched RNA and protein, enabling multimodal analysis on the same traction in a single integrated workflow. Together, these launches significantly expand the capabilities of our spatial portfolio. As I mentioned last quarter, when it comes to spatial, we have seen a strong and growing preference among our customers towards Xenium over other approaches. This trend has continued and will likely accelerate going forward. It is a reflection of both how well the technology works as well as the abundance of insights that scientists are gaining from the platform. Based on the feedback from our customers, it's becoming clear Xenium is the best choice for the vast majority of customers interested in spatial. And finally, we meaningfully strengthened our balance sheet over the course of the year. We grew our cash balance by more than $100 million year-over-year, reflecting disciplined cost management and focused execution across the business. We intend to continue to effectively manage costs and strategically invest in innovation and long-term growth. As we look ahead to 2026 and beyond, we believe we are well positioned to build on the progress we have made with several trends propelling growth going forward. First, there has been rapid parallel progress in AI and in the technologies used to measure biology. These two trends are highly complementary. Advances in single cell and spatial technologies have increased scale, lowered costs and made it possible to generate very large, high-quality biological data sets, while advances in AI are creating new demand for that data. Importantly, this represents a shift in how research is conducted with AI increasingly acting as a driver of data generation rather than just a downstream analysis tool. We're seeing growing interest in large, well-controlled studies, including perturbation-based experiments designed to capture complexity and resolve causality in biological systems. The partnerships we have announced over the past year exemplify and validate these trends. We're supporting the Chan Zuckerberg Initiative's Billion Cells project, which is generating unprecedented volumes of single cell data to fuel AI-driven biological discovery. We're also working with the Arc Institute on the Virtual Cell Atlas using large-scale perturbation data generated on our platforms to train and validate next-generation models of cell behavior. In addition, our collaboration with the Cancer Research Institute is focused on building high-quality, well-controlled data sets to better understand immune responses and accelerate progress in immuno-oncology. Together, these efforts illustrate how our platforms are becoming foundational for AI applications in biology. Another area that has become increasingly important for us and one we see as a meaningful growth driver going forward is translational research. We're seeing growth in translational research for three fundamental reasons. First, in multiple therapeutic areas like oncology and autoimmunity, we have an increasing number of therapies, but only a limited understanding of which therapies are appropriate for which patient. Second, there is increasing evidence from literature that single cell and spatial have very promising approaches for discovering actionable biomarkers and signatures of response. Third, our platforms have made big advances in scale, cost and robustness as well as in compatibility with critical clinical samples, most importantly, FFPE and whole blood. It is now straightforward to run large-scale cohort studies. And this is precisely what many of our customers have been doing. We announced a number of initiatives last year with academic medical centers and with industry partners to undertake large-scale translational studies. Translational research is also an important driver of biopharma adoption. Single cell and spatial technologies have relevance across the drug development continuum, but the largest opportunity lies in later translational stages, where biomarker strategies are essential to understand patient response and potential toxicity. This is where our solutions can meaningfully improve the probability of success and where we expect to increasingly focus our efforts. And finally, as this translational work has been picking up, we're hearing growing interest from customers in applying our technologies to patient care. Based on that, as well as a growing body of scientific literature, we believe there is a significant potential for single cell and spatial biology in diagnostic applications. Realizing that potential will require the generation of robust clinical evidence and deployment of these technologies in the clinical setting. To enable clinical applications of single cell and spatial analysis, we are pursuing two parallel paths. First, we're continuing to support our customers in generating clinical evidence, and we'll collaborate with them to enable clinical deployment in the future. In parallel, we believe we ourselves are in a unique position to accelerate the arrival of some of the highest impact diagnostics, given our technology leadership, understanding of applications and strong position in the research ecosystem. As part of this strategy, we recently announced two collaborations with leading academic medical centers to support clinical evidence generation. With Dana-Farber Cancer Institute, we're focused on tissue-based spatial profiling to support biomarker discovery and therapy selection in oncology. With Brigham and Women's Hospital, we're pursuing blood-based monitoring approaches to enable longitudinal assessment of disease activity and treatment response in autoimmune disease. We expect to expand this set of collaborations over time as we continue to build programs across various indications. We're also building out a CLIA laboratory to enable clinical deployment of the resulting tests. Stepping back and setting aside the current macro environment, it's hard not to be excited by our position as a company. We believe we're at the nexus of some of the most important trends our industry has ever seen. We have a powerful innovation engine, a high-performing organization and a strong balance sheet. We're focused on delivering continued innovation across our platforms and believe 2026 will be a particularly exciting year as we advance our road map and bring new capabilities to our customers. I feel incredibly privileged by the position we're in and optimistic about the opportunity ahead. With that, I will turn the call over to Adam.