Donald McClymont
Analyst · Benchmark StoneX
Thanks, Ashish, and welcome, everybody. Indie delivered a solid first quarter with revenue of $55.5 million, approximately $0.5 million above the midpoint of our guidance and up 3% year-over-year. Before turning to our business achievements, let me provide some context on the market environment. Looking at the broader automotive semiconductor market, we see a measured recovery with channel inventories largely normalizing and demand environments characterized as cautious but improving. Underlying global vehicle production remains range-bound, while secular content drivers, including the continued transition to software-defined vehicles, expanding ADAS adoption, increasing exterior and in-cabin sensing requirements are fueling demand for semiconductor content per vehicle as was always our thesis. This is a backdrop against which indie continues to advance our radar, vision and photonics portfolios, supporting growth that will consistently outpace the market. On a macro level, geopolitical tensions and shifting trade dynamics continue to impact the global supply chain affecting peers, customers and suppliers alike. These dynamics have contributed to elevated logistics costs and selective capacity constraints across the industry. However, even against this backdrop, Indie is maintaining a positive trajectory, successfully managing through these challenges. indie is experiencing tremendous growth in interest and activity in quantum and robotics. We continue to forge new opportunities with some of the trendsetting emerging companies in these high-growth markets with our expanding photonics portfolio in Quantum and our vision processing and sensor ICs and embodied AI. As noted by the International Federation of Robotics, the broader robotics market, which spans industrial robots, mobile robots, cobots, humanoids and drones is forecast to grow from approximately $88 billion in 2026 to over $218 billion by 2031, a CAGR of nearly 20%. Within that opportunity, the Yole Group states that the global humanoid robotic market is set to increase from $600 million in 2025 to $6 billion in 2030 at a CAGR of 56% and then accelerate to $51 billion by 2035, a CAGR of 55% between 2030 and 2035. Let me now turn to our recent business progress and key achievements during the past quarter. I'm extremely pleased to share that our Tier 1 partner, who recently launched their Gen 8 radar solution built on indie's 77 gigahertz radar technology, representing the first 4TX/8RX radar available in the industry, has committed to a new production order of $25 million, driven by support for 2 key OEMs, one European and one Asian. This milestone is particularly rewarding as this order confirms previously communicated production expectations and multi-OEM acceptance following successful design, testing and qualification over the past many months. We are now positioned to ramp production efficiently, having secured additional back end and test capacity across multiple suppliers in preparation for the ramp ahead. In parallel, we are advancing our second source foundry strategy to support the manufacturing flexibility and in some cases, to support a no China, no Taiwan requirement demanded by certain industry players. Moving to our Vision portfolio. The iND880 vision processor has begun production, supporting eMirror camera functionality at NIO, a premium Chinese EV OEM. This program moved from design to production in approximately 6 months, a testament to our team's technical readiness, execution discipline and close collaboration with customers and partners. And further reinforces our commitment to reducing time to market and accelerating deployment. In addition, the camera mirror system when we referenced last quarter with the largest Chinese OEM is now entering volume production. Additionally, at the prestigious Beijing Auto Show, several exciting new models featured indie technology, including the Buick GL8, the AITO M9, the NIO ES9 and the Cadillac LYRIQ to name a few. These models are now entering the production phase in 2026. A defining advantage of the iND880 and increasingly a focal point in our customer engagements is a DRAMless architecture. By eliminating the need for external memory, the iND880 helps customers navigate any DRAM supply constraints. In many cases, our customers are unable to source memory at all and using the 880 allows them to alleviate line-down situations. If DRAM can be sourced, it comes at a price premium measured in multiples rather than percentages. 880, therefore, massively reduces overall bill of materials in addition to lowering system resource demands on downstream AI processors and improving image signal processing throughput and real-time latency. What was originally an attractive design point for China OEMs has rapidly broadened into a global value proposition. We are now seeing accelerating engagement and likely commitments from U.S. customers often on compressed time lines as the architectural benefits of going memory less are recognized across the industry. We expect this to remain a meaningful growth driver for our vision portfolio through 2026 and beyond. By way of update on our perception software portfolio, following the integration of emotion 3D, we recently announced a strategic partnership with Mahindra, a leading Indian OEM to supply our OMS/DMS perception suite for the electric Origin SUV series. Additionally, we expect commitments from U.S.-based customers in the near future to add to our momentum. Our photonics portfolio continues to gain meaningful traction in the rapidly expanding quantum technology market. During the quarter, we announced the world's first commercially available ultraviolet distributed feedback or DFB laser at 399 nanometers, a wavelength precisely matched to atomic cooling transition of ytterbium, the element used in the neutral atom quantum computing architecture that leads the industry today in physical qubit count. Our broader visible DFB laser family now spans wavelengths from the near ultraviolet to green, addressing the cooling, trapping and excitation requirements across the four atomic species that account for the substantial majority of cold atom quantum computing development. We are actively engaged with several of the leading quantum computing companies on next-generation laser source requirements, and we believe our differentiated photonics platform positions indie as a key enabling supplier to the quantum ecosystem as it scales over the coming decade. In the LiDAR space, we are finally beginning to see the adoption of FMCW technology into multiple markets. Our integration partners are completing designs, which incorporate indie's iND83301 SoC into their products, replacing FPGA-based processing and delivering an 80% reduction in power consumption, a 40% reduction in solution size and a market-making cost position. We are seeing traction not only from the automotive industry, but from multiple areas in embodied AI. A key producer of AMR or autonomous mobile robots for warehouse management is engaged. Generally speaking, the embodied AI market is generating demand for many of our sensing products centered around vision, but including LiDAR and radar with applications also ranging from AMR through humanoids to drones. Our sensing technologies allow robots to better understand and navigate unpredictable environments. And enable the transition from more traditional industrial robot implementations to more advanced truly autonomous units. The pace of engagement is electrifying. We expect that it will begin to lead the automotive market in driving new technology as opposed to leveraging existing technologies. With that, I will turn the call over to Naixi to walk through our financial results.