Jayshree Ullal
Analyst · Goldman Sachs
Thank you, Rudy, and welcome, everyone, to our third quarter 2026 earnings call. Arista just delivered a standout quarter of $3.66 billion in revenue, which is translating to our annual growth of 58.5%. This marks our largest ever year-over-year revenue growth in the history of being a public company. Before we dive into the financial specifics, I would like to emphasize our rapid Arista 2.0 success, a strategy we embarked upon just 3 years ago. It has generated meaningful customer outcomes to become the central network nervous system for us. In the 2000 era, the industry had accepted a status quo, plagued by fragile, overly complex, disparate and vulnerable operating systems. Arista pioneered the universal cloud network and the AI leaf-spine architecture based upon our rock-solid, high-quality foundation of our differentiated EOS. That one network operating system with a publish-subscribe state and data-driven foundation has governed us with 5 As: agile security, automation, availability, analytics, and AI principles. By extending our single EOS operating system from the data center all the way from the universal spine to many forms of edge leaf functions, we deliver structural and secure network harmony. Our Arista 2.0 transformation from data centers to centers of data can be characterized as the age of network intelligence, learning from vast repositories of streamed data. It has driven our strategy across locations, be it client to branch, to campus, to data, to cloud and AI centers for our customers. Based on our network data lake architecture, we offer our customers automated and conversational troubleshooting agentic companions. Devoid of manual hunting through text-heavy logs, our systems proactively begin identifying and isolating issues for network workloads, workflows and work streams. In 2026, the network-centric acceleration is well underway. Our customers have increasingly coalesced the back end and the front end of AI and data centers. Arista has long championed standards-based Ethernet. Customers have welcomed our open approach to modernizing cloud, campus, data centers, WAN centers and now AI centers with a lower total cost of ownership. Recently, we were recognized with the leader status from Forrester for the highest strength of innovation and data center portfolio. We were also recognized by Gartner Magic Quadrant Leadership for campus, wired and wireless, and data center segments. As agentic AI models increase in parallelism, compute diversity and density, we have the choice of many more training and inference accelerators. The industry, we believe, is shifting from compute-centric vertical stack to a holistic network-centric approach. Arista is committed to unleashing and breaking down the barriers between compute and networking. Arista customers can now construct an open network platform capable of handling heterogeneous models and diverse accelerators at scale. Our Etherlink portfolio of at least 25 switches for scale-up, scale-out and scale-across is optimally designed to improve XPU utilization, job completion time and token latency for these intense training and inference workloads. In October of 2026, at the Open Compute Project conference, Arista showcased our rack scale-up designs, partnering closely with several AI accelerators infused with our Arista network diagnostics layer. Based on ESUN, Ethernet for scale-up, rack options, these include orthogonal designs, cable-intensive backplanes and heterogeneous cross-rack designs co-designed with many of our partners, including Arm, Microsoft Maia, AMD's Helios, Qualcomm, Meta's MTIA and many more ahead. We expect scale-up trials to begin in 2027, driving Ethernet to larger radix of 126 to 144 within a rack and across 1,000 across racks, with production expected for scale-up in 2028. We are witnessing the migration from highly centralized training compute to disaggregated and distributed inference, prefill and decode, demanding much more intelligent networking and colocation of compute, storage and KV cache resources rather than simply focusing on raw feeds and speeds and flops of compute. A well-designed network is becoming a foundational cornerstone for optimal token efficiency. Arista's decades of EOS engineering in both multiplanar and distributed models routing at scale, be it ARP, address resolution protocols, or FIB tables, forwarding information base, or access list with rapid reconvergence comes to the rescue. Our Etherlink products are inherently designed to actively understand parameters at a deep level, including latency and bandwidth profiles of multitenancy to intelligently steer workloads for optimal placement between local and remote domains. The need for visibility into ports, packet queues, flows, buffer utilization and path latency across the entire scale-out and scale-across fabric validates [ real-time ] AI system level performance to avoid idling of precious compute cycles. It assures immediate and network-wide insight to the root cause as well as rapid recovery of the AI system with smart system upgrades across millions of accelerators. When we initially began this transformational AI journey, we spoke about 4 or 5 AI customers with approximately 50,000 to 100,000 NVIDIA GPUs. And in fact, we were largely staring at a proprietary network cycle such as InfiniBand. In 2026, we are in a super cycle of AI, having already surpassed 100 Etherlink customers. By the end of '27, we are forecasting greater than 10 gigawatts of deployment across 10 or more different types of compute accelerators. What a stark inflection in just 3 years. Central to this AI super cycle is also the expansion of Arista AVA, our Autonomous Virtual Assist, to support efficient AI in the enterprise. By providing that open programmable interface within EOS and utilizing the Model Context Protocol, MCP, AVA allows emerging AI agents to reason, to interact with the network stack and perform advanced multidomain event correlation across the entire enterprise. With exponential rise of generative AI attacks and the ever-increasing cyber threats, securing the network is key and integral and our responsibility. I would like to invite Ken Duda, our Founder, President and CTO, to shed some light on this problem. Ken?