Thanks Ashish, and welcome everybody. I am delighted to report that indie once again exceeded our top line and gross margin guidance and delivered another quarter of record performance, a testament to both increasing demand for our innovative Autotech solutions and our unwavering commitment to achieving operational excellence. Our demonstrable outperformance against automotive industry peers continues to be fuelled by indie's deep product portfolio and design win pipeline, backed by over 400 patents and applications worldwide, with engagements across virtually all leading global vehicle OEMs and Tier 1s. Specifically, during the second quarter of 2023, we grew the revenue 102% year-over-year and 29% sequentially to $52.1 million and achieved a gross margin of 52.2%. As we'll outline, we're gaining design win traction across ADAS, user experience and electrification applications. Of special note, during the quarter, we captured our first ever program win at Bosch, one of the world's leading suppliers to the automotive industry. This particular win rounds out our Tier 1 customer base and dramatically extends our OEM reach initially at Toyota, including Lexus. At a higher level, wins like this in the hundreds of millions of dollars in potential lifetime revenue set the stage for sustained above market growth and the generation of annuity like free cash flow. To that end, we're making our biggest engineering investments and design win strides within ADAS. In fact, the entire automotive industry is now squarely focused on advanced vehicle safety features above all else. For instance, the National Highway Traffic Safety Administration, NHTSA, has recently proposed a regulation that would mandate all new passenger vehicles be equipped with automatic braking capabilities, capable of preventing rear end crashes with other vehicles and collisions with pedestrians. We applaud this proposal and similar safety initiatives that leverage the next generation of Autotech technologies to prevent countless injuries and save lives. Despite the incremental industry regulations and the addition of new sensors and processors within the vehicle, the incalculable benefit of safer cars and roadways certainly far outweigh the associated costs. And at indie, we've made this our company mission, empowering vehicle OEMs and Tier 1 suppliers with increasingly more sophisticated yet cost-effective safety semiconductors and software for the vehicles of tomorrow and ultimately leading towards the uncrashable car. Specifically, we are following a highly differentiated sensor fusion strategy versus a discrete approach enabling either the integration or flexible partitioning of multiple modalities including radar, computer vision, LIDAR, and ultrasonic solutions. We apply these modalities to capture data in different environments and ranges and to enable a comprehensive and accurate perception of the vehicle's surroundings. The potential for a sensor fusion product roadmap amplified and expedited by our targeted acquisitions has set indie distinctly apart from our competition, many of whom are just trying to develop a single modality often in the hopes of landing an exclusive customer. Contrast this with indie, we believe that no single technology will monopolize the playing field due to the complexity and diversity of the driving environment. The combination of sensor technologies in a harmonious fusion forms the cornerstone over a robust and efficient solution for advanced safety applications. We believe this holistic sensor strategy at scale ensures the highest levels of safety and effectively meets the diverse and immediate needs of ADAS implementations and one day, further out, the autonomous vehicle market. Within the Vision product area, we're proud to highlight the aforementioned milestone achieved in the past quarter, our first program win with Bosch, which was enabled by our acquisition of GEO earlier this year. This pivotal collaboration not only underscores the effectiveness and adaptability of our solutions, but also broadens our footprint in the area of driver and occupant monitoring systems. Our vision products combine the industry's leading real-time signal processing, functional safety-enabled microcontrollers, and perhaps most importantly, artificial intelligence, AI, accelerators, which enable perception algorithms to instruct the vehicle to take corrective actions. As global safety initiatives continue to evolve, the demand for these monitoring systems is intensifying, positioning in-cabin sensing solutions as critical elements to enable enhanced autonomous features. S&P Global Mobility's recent forecast reinforces this view with the market for these OMS-DMS semiconductors projected to cross the $0.5 billion threshold by 2029. With our unique combination of vision and radar capabilities, indie is well-positioned to ascend to leadership within this rapidly emerging market as we ramp at BMW and soon at Toyota. Speaking of radar, we've similarly made significant strides in an extremely short period of time in automotive terms, aided by deep R&D investments and augmented by synergistic acquisitions, including the Radar Division of Analog Devices, ON SEMI's radar development team, and most recently, Silicon Radar, with each bringing unique and highly complementary design teams and product IP. These acquisitions have also led to concrete achievements, including our largest design win to date and a strategic supply agreement with a top-tier supplier. On the LiDAR front, we continue to make great progress with our Surya SOC, demonstrating our frequency-modulated continuous wave, or FMCW, LiDAR chipset in an increasing number of leading OEMs in the U.S., Europe, and Japan. And more recently, we announced a strategic partnership with SiLC Technologies to deliver a world-class FMCW LiDAR solution. This partnership offers a fully integrated laser scanning system, deploying coherent detection, and sets the high watermark for rapidly emerging LiDAR applications. By background, FMCW-based LiDAR delivers multiple real-world benefits compared to direct detection-based time-of-flight solutions, including long-range with high precision, interference immunity, pair-point instantaneous velocity and distance measurement. This partnership combines award-winning products from SiLC and indie into reference platforms that enable an order of magnitude improvement in sensing performance, manufacturability, power consumption, form factor, and cost relative to competing architectures. Turning to user experience, during the quarter, we further ramped our highly integrated, power-efficient portfolio across leading global automakers as OEMs prioritize a best-in-class cabin experience more than ever. With modern cars becoming rolling entertainment centers, network hubs and doubling as workplace environments, providing the ultimate user experience throughout the entire cabin is becoming the new car buyer paradigm. For example, OEMs are increasingly focused on unique and differentiated interior lighting, as it can drive an emotional connection with a driver while creating a strong linkage to brand recognition. Likewise, wireless charging and USB PD are now at the OEM design forefront. These features not only provide convenience and seamless integration of personal devices into the vehicle's ecosystem, but also serve as key factors in creating a tech-forward impression, thus bolstering brand affinity. And similar to interior lighting, wireless charging and USB PD are components that form an integral part of the user's interaction with the vehicle, contributing to the overall in-cabin experience and, again, reinforcing the brand's commitment to technology and innovation. During the quarter, we also launched a highly integrated automotive wireless power charging system on chip. This product simplifies and accelerates the development of cost-effective WPC, also known as Qi-based in-cabin mobile device charging systems. By background, in-cabin charging has become a necessity for drivers and passengers who use their smartphone to provide real-time navigation, music, voice connections, and many other services. The emerging Qi 2.0 standard, featuring the magnetic power profile, is particularly relevant to automotive designs, offering faster, more reliable charging by automatically aligning smartphones with an inductive charging coil, maintaining the device in position irrespective of vehicle motion. At the same time, we embarked on a Qi USB PD module design collaboration with a leading Tier 1, facilitating the integration of power delivery functionality to a high-speed USB hub application for a rapidly emerging OEM. As these designs ramp into high-volume production, we'll certainly have more details to share. Finally, in the electric vehicle area, we continue to see long-term secular tailwinds as EV sales gain momentum. According to Cox Automotive, Americans brought nearly 300,000 full-battery electric vehicles in the second quarter of 2023, implying more than a million EVs annually for the first time in U.S. history. In fact, in the second quarter, EV sales were up 48% versus the prior year in the U.S., yet the EV share of the total market is still in the single digits. In other words, EV penetration remains relatively low with massive sales headroom. Further to that end, NHTSA has introduced a proposed plan for fuel economy improvements through 2032 with a target fleet average of 58 miles per gallon, clearly encouraging EVs to reach this ambitious goal. With advancements in EV technology, rapid proliferation of charging infrastructure and declining battery costs, the expansion potential of the EV market is truly extraordinary. Given indie's customer engagements spanning market leaders including NIO, Ford, Rivian, GM, BMW, Mercedes, Chaupin, BYD, Hyundai, Nissan, Lee Auto, and Volkswagen, we are especially well-positioned to outpace this third megatrend. I'll now turn the call over to Tom for a discussion of our Q2 results and our Q3 outlook.