Thank you, Erica and thanks to everyone for joining us on our call today. In the third quarter of 2024, we achieved a record annual contract value plus royalties of $60.5 million. We also delivered positive free cash flow of $1.1 million, making it our third consecutive quarter of positive free cash flow. Our success during the quarter was, in particular, fueled by demand for AI-driven enterprise computing and automotive SoC solutions, along with growing momentum in our other verticals. Business in the third quarter was primarily driven by increasing adoption of our technology by our current customer base. As an example, a top 5 global technology company increased their deployment of Arteris products to enable development of their high-end AI chiplets and SoCs. This expanded engagement provides our customers with a broader access to our system IP. We expect to see designs from this customer used in a wide range of products such as hyperscale cloud data center applications as well as high-volume consumer electronics. Similarly, NIO, a pioneer and a leading company in the global smart electric vehicle market, deployed Arteris technology for its next generation of ADAS and LiDAR SoCs using our physically-aware NoC technology to reduce silicon implementation risks and schedule. This is yet another example of our continued success in accelerating automotive electrification and autonomous driving with over 9 carmakers already using Arteris directly as the gold standard for functionally safe, high-end automotive computing. During the quarter, we also announced the adoption of Arteris NoC IP and SoC integration automation software products by Tier IV for intelligent vehicle SoC, then starting for next generation of chiplet-based AI solutions and VeriSilicon for HPC data center SoCs. Majority of the new designs in the third quarter came from enterprise computing, followed by automotive, consumer electronics and communications verticals. The demand for multiple type of AI chips and chiplets from data centers to endpoint devices including the smart edge continues to be a key factor in our success this year. Nearly half of our license deals in dollar terms in the year have enabled AI SoC development more than doubling year-over-year. We continue to work with market-leading customers to further advance our technology, accelerating the broad shift towards smarter electronics. Accordingly, in October, we announced the addition of NoC Tiling supported by mesh and innovation in our IP products to accelerate the design of AI SoCs by providing scalable performance, power reduction and increased design reuse. By organizing network interface units or NIUs into modular repeatable blocks, both FlexNoC and Ncore IP users can replicate verified functional modules into larger AI compute clusters. These support sophisticated workloads for vision, machine learning, deep learning, natural language processing, including large language models and generative AI, both for training and inference applications. Earlier this year, we announced expanded support for Armv9 architecture CPUs with our Arteris Ncore IP extensions for [indiscernible] customers. Additionally, we announced a partnership with Andes Technologies to accelerate RISC-V SoC adoption and are pleased to have been named by them as a partner of the year. We recently expanded our collaboration with SiFive, announcing preverified RISC-V solutions for data centers with our Ncore product providing faster, lower-risk SoC design for AI workloads and power efficiency requirements. Moreover, Arteris joined the Synopsys ARC Access program. The aim is to provide interoperable and optimized solution for mutual customers using Synopsys processors and Arteris NoCs. Our strategy of supporting mid- and high-end SoCs and expanding our footprint with large customers appears to be paying off. In dollar terms, the majority of our license deals in the quarter were with the top 10 technology companies as they create ever more sophisticated electronics that increasingly need AI-enabled, high-performance and energy-efficient SoCs. To further expand our footprint at large customers, we have broadened our focus to include the support of microcontroller chips, many of which are now complex enough to benefit from our system IP technology. These designs are numerous and are often producing large volumes. As microcontrollers are used to control the operational electronic systems such as industrial machinery, automotive functions and IoT devices, they require low latency and low power consumption. To address these requirements, we have achieved the ability to create data packets with zero latency penalty for these types of devices. This strategy aims to expand customer usage of Arteris technology from complex SoCs to their mid- to upper range microcontroller product lines and demonstrates the technological flexibility and scalability of our products. We are also aiming to address an even broader set of designs at our large customers. We believe the scale and scope of our long-term opportunity remains robust, supported by our current products and strong product pipeline of new system IP technologies as well as growing relationships with some of the largest and most advanced electronics companies in the world. Our customers continue to innovate in exciting growth areas such as generative AI and autonomous driving using Arteris technologies. Before I hand the call over to Nick, we are excited to have 2 seasoned individuals join our leadership team. We recently announced that Joachim Kunkel joined our Board of Directors, having most recently served as a General Manager of the IP business unit at Synopsys where he grew revenue from nearly 0 to over $1.5 billion. In addition, Ken Way joined as Arteris EVP of Sales, leading our global and application engineering force, bringing with him a wealth of experience and industry knowledge gained from Achronix, Xilinx, Freescale and others. With that, I'll turn it over to Nick to discuss our financial results in more detail.