Chris Urmson
Analyst · D.A. Davidson
Thank you, Stacy, and welcome, everyone, to Aurora's first quarter 2022 business review call. Our first quarter was a strong start to 2022. We achieved critical milestones, we continued to advance our technology, and we extended our partner ecosystem, providing us with solid momentum continuing into the second quarter. We are pleased to share our progress as we continue to work toward developing the Aurora Driver for deployment at scale with our first priority being commercialization of our autonomous trucking product. We're continuing to make meaningful progress operationalizing our commercial trucking product. We are seeing broad demand to apply our technology and strong customer interest in the lanes we have identified in our initial rollout plan. During the first quarter, we began our collaboration with US Xpress aimed at crafting and the deployment strategy and system integrations to enable US Xpress to introduce and efficiently manage Aurora Driver powered trucks in their business. We also brought 2 new terminal sites online in Fort Worth and El Paso and established the technological and operational infrastructure to support commercial operations on this route. This effort supported the launch of our pilot with Werner Enterprises, one of the 5 largest full truckload carriers in the United States on the Fort Worth to El Paso lane. Aurora Driver powered trucks are now autonomously hauling freight under the supervision of vehicle operators weekly on behalf of Werner. The Fort Worth to El Paso lane represents the middle leg between Atlanta and Los Angeles, which is one of the busiest commercial thoroughfares in the U.S. Route to El Paso a route is also extremely demanding for truck drivers. It's more than 1,200 miles round trip that takes approximately 18 hours to complete. I experienced this route firsthand back in March when I joined our vehicle operators for one of these hauls. The combination of distance and monotony reinforced why lanes such as Fort Worth to El Paso can be so challenging for human drivers. And it is these routes where the driver shortage is felt most acutely. Deploying the Aurora Driver on that stretch demonstrates the applicability of our technology and offers a glimpse of a future in which autonomous trucks can more efficiently operate longer routes, while human drivers can handle more convenient hauls that are conducive to more desirable lifestyles. The geographic expansion, coupled with the scaling up of autonomously delivered loads across both of our lanes demonstrates the confidence carriers have in Aurora's Trucking product and the potential benefits it can bring to their networks. Building a scalable self-driving business requires not only robust technology but also true operational strength that is built through a deep understanding of our customers' needs. The breadth and diversity of our pilot partners, including FedEx, the largest less-than-truckload freight carrier in the United States; Werner, a top 5 full truckload carrier and Uber Freight, a significant freight broker is by-design. We've deliberately structured our pilot programs so that we can learn what will be needed for our product to integrate and be highly performing within our customers' networks. And since the start of the year, we have already doubled the commercial miles driven and loads delivered by the Aurora Driver compared to 2021, which is providing our team with invaluable insights. Notably, we are operating these pilots in a commercially representative manner. For example, providing our customers with back-end tools for scheduling and executing drop and hook trailer operations. This execution is critical for our pilot partners to get a true sense of how the Aurora Driver can integrate into their operations. In addition to our pilot partnerships, we continue to develop the services we plan to offer customers to support their autonomous fleets. Earlier today, we introduced Aurora Beacon a suite of tools designed to provide customers with extraordinary visibility and control over their fleets. Aurora Beacon is planned to integrate with and augment existing transportation management systems to allow for efficient scheduling, dispatch, route guidance, health monitoring, remote observation and incident response. Our vision is for the Aurora Driver to improve the safety, reliability and operational efficiency of our customers' fleets. Our remote observation tool will enable fleet managers to see what's happening on the ground for any of their Aurora-powered trucks, receive proactive health and mission status notifications and provide high-level direction to the trucks. We're really excited about Aurora Beacon's potential, and in particular, its ability to capture the collective intelligence of a fleet on the road. We see significant benefits to our customers from the improved visibility and control it will provide. Taking a step back, you can see how all of these pieces fit together. We're continuing to build the technological, operational and logistical muscle that will -- we believe will be necessary to launch and scale Aurora Horizon to seamlessly meet our customers' needs. Additionally, we believe our holistic product suite within Aurora Horizon will drive our ability to autonomously move goods for our customers 24 hours a day, 7 days a week and support our Driver as a Service business model. Our existing partners have continued to deepen their commitments to our approach, while at the same time, we have developed new relationships with the leading carriers giving us tremendous confidence in the value Aurora Horizon can deliver to the freight ecosystem. In addition to the commercial progress we have made, we achieved a critical milestone during the first quarter around transferability. We demonstrated the Aurora Driver's ability to power both Aurora Horizon, our trucking product and Aurora Connect, our product for the ride-hailing market. We designed the Aurora Driver with a common core technology that is vehicle agnostic. This allows us to focus on a single architecture that enables Aurora's technology to integrate with and benefit multiple vehicle types from Class A trucks to light passenger vehicles. In March, we unveiled our first fleet of purpose-built Toyota Sienna vehicles and delivered several days of autonomous passenger rides with the Toyota team, navigating both highways and suburban roadways in the Dallas-Fort Worth Metroplex. On one of these trips, I had the pleasure of spending time with Ted Ogawa, the President and Chief Executive Officer of Toyota Motor North America. His reaction that it felt simple, even boring was actually incredibly exciting. It was great to discuss with him how autonomous driving will play a part in Toyota's mobility for all initiatives. By using the same underlying software and hardware, our Sienna fleet inherited the capabilities of our trucks. This increases the impact of our work and allows our technology and teams to learn in a wider variety of situations. That impact is felt in our speed of development. Our Sienna fleet achieved parity of performance with our trucks in just 6 weeks of on-road testing and is now positioned to handle many complex highway driving situations. For example, on Page 6 in the slide deck, we've included a video of both our trucks and cars, recognizing upcoming construction on the side of the highway and gracefully changing lanes in autonomy. I'll share more on the construction capabilities we're developing and the positive impact they are having on our autonomy performance in a moment. Our Siennas are already able to operate at highway speeds up to 70 miles per hour, which you can see in the video on Page 5 in the slide deck. The ability to offer highway dominant trips creates a competitive advantage that we expect will allow us to tap into a differentiated and lucrative segment of the passenger mobility market. We believe Aurora is the only autonomous vehicle company pushing this unique go-to-market approach and that it will enable us to deliver and rapidly scale both of autonomous trucking and passenger mobility while unlocking the sizable market opportunity. Moving on to our technical updates. We made excellent progress toward commercial deployment during the first quarter. We launched Aurora Driver Beta 2.0, the second release of the integrated hardware and software stack that is powering both our next-generation trucks and Toyota Sienna test fleet. In this release, we debuted new capabilities necessary to operate on our recently launched Fort Worth to El Paso Lane. Specifically, we can now autonomously drive through complex construction zones that require changing lanes and adjusting left to right in the lane for concrete barriers or cones. We can also identify and react easily through temporary stop signs and lane closure signs, construction vehicles, trucks hauling oversized equipment and other unique vehicles you see along many stretches of highway. You can see these capabilities come to life in videos that we included on our slide deck, on Page 7 in the video on the left, an Aurora-driven driver powered truck, the tech signs and cones marking a lane close for construction ahead. The Aurora Driver proactively changes latents and decelerates to pass the active work zone. In the video on the right, the Aurora Driver is able to detect the construction zone at night and navigate around the barrels. The Aurora Driver safely adjusts its position in the lane and even knows it's okay to temporarily cross the shoulder line to effectively avoid these obstacles. Let me take a moment to frame why these are such critical technical developments. In 2021 alone, there were more than 3,100 active construction zones on Texas roads. While the number of construction sites varies by season, on our Fort Worth to El Paso route specifically, our vehicles are currently encountering about 40 construction sites each round trip. So while shorter routes may not present construction at any given time and therefore, could be traversed by an autonomous vehicle without deep construction capabilities, to truly deliver on the promise of autonomous long-haul trucking, it's imperative for the Aurora Driver to be able to navigate these complex driving scenarios. We shared a chart in our shareholder letter as well as on Page 8 in the slide deck that is a great example of the depth of our future development work across a number of elements and how it drives improved performance of the Aurora Driver. In this case, you can see the complexity of delivering a feature such as navigating construction. It's not actually just one capability, but rather a composite of many underlying capabilities from navigating inactive work zones to shifting out of lane for concrete barriers and a host developments in between. Throughout our advancement since late last year, we have driven an 18-fold improvement in Construction handling on our Fort Worth to El Paso route, demonstrating meaningful tangible progress in this operating domain. With these and other capability improvements, we have also reduced our policy intervention rate by 85%. We define a policy intervention as an action our vehicle operators take to preemptively disengage the Aurora Driver when we know it's not yet capable of confidently navigating a particular scenario. As we continue to execute on our technical road map, we expect to continue to drive our policy intervention rate down and demonstrate capability specific progress like we've seen with our construction handling as we work towards launching Aurora Horizon, our trucking product in late 2023. Another capability we've advanced is the ability to autonomously perform Texas U-Turns. These are road configurations adjacent to interstates commonly found in Texas that allow a vehicle to quickly move from one direction on a frontage road to another. Being able to navigate Texas U-Turns is essential for autonomous terminal to terminal trucking operations. We first developed this capability on our Aurora Driver powered Toyota Sienna vehicles, which you can view in the video on Page 9 in our slide deck. And just this week, we completed final deployment of this capability onto our Aurora Driver powered trucks. This is another great example of the transferability of the Aurora Driver's common core of technology across different vehicle types with work on the Sienna fleet benefiting our autonomous truck development. And for some entertainment this afternoon, I thought I'd share something fun we encountered during the recent road test. We finally have the answer to an age-old question, self-drive enthusiasts may or may not have been asking. Does perception detect and track a motorcycle, even while it's performing a wheelie? For the Aurora Driver, the answer is a resounding yes. Recently, as one of our Toyota Siennas was performing a Texas U-Turns in Dallas, our rear camera caught an over-the-shoulder view of 2 motorcycles closing in fast. One clearly recognized they were on camera and put on a show, which you can see in the video we included on Page 10 in our slide deck. We've been working to strengthen the Aurora Driver's detection and perception of motorcycles and other vulnerable road users as our Fort Worth to El Paso route has high levels of motorcycle activity. You can see we're clearly making great progress on this front. Developing and maturing all of these capabilities allows us to begin populating evidence to support the proficiency pillar of our safety case for our planned trucking launch. Work is also underway on our validation strategy for safety and performance to support operating our trucks in commercially representative settings without a vehicle operator. At the same time, we continue to advance our fault management hardware and software systems. During the third quarter of this year, we expect to demonstrate the Aurora Driver's ability to respond to system failures at highway speeds by safely pulling to the shoulder without vehicle operator intervention. This capability is a critical milestone that we expect will demonstrate the maturity of the Aurora Driver and our progress towards satisfying the failsafe core claim of our safety case for our expected trucking launch. We are proud of the technical progress we continue to make, and I look forward to sharing more in the coming quarters. Anytime we measure our progress and performance, it's always helpful to reflect on what brought us here. We founded Aurora with a bold ambition to transform transportation. To do that, we need to build a product that is innovative and scalable. This requires equal measures of urgency and patience. I'm incredibly proud of the progress we have made thus far in 2022 across all facets of our business, including our technology, partnerships, product suites and safety case. These advancements position us well to continue to tackle the trucking market first. We continue to believe that the size, customer demand and unit economics of this market make it the best entry point for our self-driving technology and that the value the Aurora Driver can provide to our future freight customers is tremendous. Progress in self-driving technology development is a continuum. Each incremental advancement represents a meaningful step toward our objective of commercial deployment at scale. We continue to work towards the launch for Aurora Horizon, our trucking product in late 2023 and look forward to keeping you appraised of our continued progress. With that, we'll now open the call to Q&A.