Chris Urmson
Analyst · D.A. Davidson. Go ahead, Tom
Thank you, Stacy. It's great to get a chance to connect with everyone today. We had the honor of hosting our first Analyst and Investor Day as a public company as we wrapped up the third quarter. We shared our progress towards the commercial launch of Aurora Horizon, our autonomous trucking subscription service and attendees experienced Aurora Driver-operated autonomous truck ride along I-45 near Dallas and from Dallas to Houston. I have the privilege of working with our incredible team every day and this was a great opportunity for them to engage with the investment community and share their passion for Aurora and the progress we're making. The energy of the event was great and the enthusiasm for our technology was palpable. As we shared at the event, we've continue to make strong progress across each of the core elements of our business, the Aurora Driver, operations and service delivery and the truck platform. We introduced a range of new driving capabilities with our Beta 4.0 release that enable the Aurora Driver to navigate more of the unexpected obstacles, vehicles can face every day, moving us another step closer to our Feature Complete milestone. We continue to scale our operations, achieving our commercial load booking target and expanding our pilot with Uber Freight. And we've built and deployed our next generation fleet of trucks with the latest version of Aurora Driver Hardware. These accomplishments underscore the advancements we're making in our roadmap to launch Aurora Horizon by the end of 2024. During the third quarter, we released Aurora Driver Beta 4.0 as part of our commitment to deliver quarterly technical updates that advance the Aurora Driver. This quarter's update includes new capabilities and improvements on ones released in past betas. Each release builds on those that came before, a cycle of iterative improvement that advances us towards our Feature Complete milestone, which we expect to achieve at the end of the first quarter of 2023. If you look at our roadmap on Page 3 of the slide deck, we committed to releasing two new collections of capabilities this quarter, detecting lane markings that have shifted due to construction and responding to road debris. I'd like to take a moment to remind everyone why these are critical technical advancements. To travel America's major freight corridors, the Aurora Driver must be able to navigate all types of complex construction zones. We have built - we have put a significant amount of development effort into enabling the Aurora Driver to handle the numerous elements of construction and we made further progress on this front during the third quarter. Temporary lane lines due to construction zones appear frequently along our commercial routes in Texas. With a Beta 4.0 release, the Aurora Driver can now perceive the new lane lines in real time and understand that it should follow that new path instead of the path that exist in the Aurora Atlas, our HD map. In the video on Page 5 of the slide deck, you can see a new center line has been painted on the highway while the older line is still visible. The Aurora Driver perceives the new lane line and knows to deviate from the Atlas to remain centered in its lane. Additionally, the Aurora Driver can now detect and respond to road debris we encounter while we are hauling goods for our commercial pilots across Texas. Our trucks often have to adjust for tire shreds, garbage, fallen boxes, vegetation and even abandoned furniture. Road debris is extremely common and can be dangerous, especially for vehicles moving at highway speeds. To achieve this new capability, we exposed the Aurora Driver to over 10,000 virtual road debris tests and simulation and then validated its performance on private test tracks before launching on the road. In the video on Page 6 of the slide deck, you can see the Aurora Driver on the Fort Worth to El Paso route encountering the remains of a blown tire. The Aurora Driver detects it and shifts to the right to navigate around it before it then makes a courtesy lane change to create space around the truck stop on the side of the road. During the fourth quarter, we plan to expand on the shifted lane markings capability to enable navigating lanes made by temporary barriers and we expect to launch additional new capabilities, including responding to active emergency vehicles and returning from the shoulder after recovering from a fault, which will build on the fault management capabilities we released during the second quarter. As we're advancing our software capabilities, we're also maturing the Aurora Driver's hardware to support our commercial launch. During the third quarter, we entered the driverless ready phase of our hardware roadmap. We're already making rapid progress in hardening both our sensors and computer. This means we are preparing our hardware for manufacturability and high reliability in an automotive setting. We have enabled our hardware to monitor its own health, to fall back on key redundancies when needed and to operate in the demanding environments it will be exposed to, all while improving its performance in measurable ways. As an example, we've extended the technological lead of our proprietary FirstLight Lidar. FirstLight uses a unique light modulation scheme to achieve long-range interference immunity and velocity sensing, not possible with traditional pulse Lidar. Over the last several months, we have designed the latest generation for increased reliability and ruggedness. We've incorporated systems that allow it to monitor and report problems with itself as well as integrated both liquid cooling and cleaning directly into the units. In the process, we have not only produced a highly reliable and manufacturable sensor but also increased its already extraordinary range and probability of detection. To put this into perspective, our FirstLight Lidar previously had an approximately 7 seconds lead time in detection relative to a traditional time of flight lidar sensors. With these improvements, that lead time versus traditional lidar is now approximately 8.5 seconds, which at highway speeds is the equivalent of nearly three football fields in incremental detection time giving the Aurora Driver even more time to respond. We've demonstrated similar progress with our next generation computer. It not only has redundant processing, self-health monitoring and reporting and liquid cooling, but also has been designed to meet ISO 16750-3 mechanical reliability targets. In addition, we upgraded the Aurora Driver's camera system including quadrupling its resolution and significantly increasing its dynamic range. Between now and through 2023, we'll continue to mature our software and hardware to work towards a commercially ready Aurora Driver. And by the end of the first quarter of 2023, we expect the Aurora Driver to be Feature Complete, which means we will have implemented all of the capabilities necessary for our launch lane and removed all policy interventions for that lane. The most frequent question we get from the investment community is how our progress towards our critical Aurora Driver ready milestone and commercial launch can be measured. We've been a leader in transparency in the AV industry and we're taking another step further by enabling the investment community and all of our stakeholders to track our progress through our Autonomy Readiness Measure. As a reminder, the launch bar for the Aurora Driver is a closed Safety Case, which is our evidence-based approach to demonstrate that our self-driving vehicles are acceptably safe to operate on public roads. When we achieve our Feature Complete milestone, we plan to begin quantifying and sharing our progress against closing our Safety Case. Each quarter, via the Autonomy Readiness Measure, we will share the percentage of completeness of our Safety Case taking into account waiting that has been applied to individual pieces of evidence supporting the claims. At Aurora Driver Ready, we expect to have close the Aurora Driver Safety Case for our launch lane, excluding the truck platform. We expect to achieve this milestone at the end of 2023. At this time, we anticipate approximately 95% of our commercial launch safety case claims to be implemented with evidence for each claim. We expect to receive the scalable autonomy-enabled truck platforms in the first half of 2024. We then plan to complete the remaining approximately 5% of the safety case that requires integration testing of the Aurora Driver with the final autonomy-enabled truck platform. We then expect Aurora Horizon to launch commercially by the end of 2024. When the Aurora Driver is Feature Complete, we'll also provide quarterly a supplemental measure of the Aurora Driver's on road autonomy performance as an indicator of its progress in everyday driving scenarios. The Aurora Driver's autonomy performance indicator will be reflected as a percentage of total commercially representative miles driven over the quarter that incorporates three components. Miles driven during the quarter that did not require human assistance, such as the vehicle operator touch or other on-site support. Miles driven in autonomy with remote input from Aurora Beacon. The miles where the vehicle receive support, but where it's determined through internal analysis, including simulation that the support was not required by the Aurora Driver. Since Aurora's founding, we've made safety the center of everything we do. We fundamentally believe it's important to build and maintain a strong safety culture and our commitment to safety is reflected in our approach to both autonomy development and our commercial pilot operations. Conducting internal analysis after vehicles receive support is one of the ways we further this culture. Our vehicle operators are empowered to intervene in the autonomous system without fear of reprisal including on how such support would affect perceived performance. As we've shared, we believe there are significant limitations to the data that on-road driving provide for autonomous development and validation. On-road driving performance alone will not determine when Aurora Horizon launches and we do not anticipate that this indicator will be 100% even at launch. The reason for this is certain situations such as a flat tire will always require on-site support. Instead and to be crystal clear about this point, the launch bar for the Aurora Driver is a closed Safety Case. Now for an update on our operations and service delivery. It takes more than just a compelling value proposition to deliver innovative and scalable technology into the logistics industry. Just as important, our technology will need to integrate seamlessly into customers' networks. Through our pilots with freight customers like FedEx, Werner, Schneider, and Uber Freight, we're developing and employing the operational services, processes and infrastructure required by both Aurora and our customers to deploy Aurora Horizon at scale. It starts with deliberately structuring our pilot programs with a complete terminal-to-terminal model we will use to operate Aurora Horizon at commercial launch. Doing it this way, we're able to refine our product and our joint operational model to best integrate into existing operations. Cumulative to-date through October 31st, we've autonomously delivered under the supervision of vehicle operators, 660 loads driving over 180,000 miles with nearly 100% on-time performance. Just as importantly, we're demonstrating the scale we're building operationally as we achieved our end of quarter commercial load booking target of 22 loads per week, which is a 50% increase over the second quarter. Last year, we launched our commercial pilot with Uber Freight to haul loads for customers between Dallas and Houston and to also explore integrating access to Uber Freight's digital freight network with Aurora Horizon. In October, we expanded that pilot to also autonomously haul freight along the 600 mile Fort Worth to El Paso Lane. The combination of Aurora Horizon and Uber Freight's digital freight network is expected to provide carriers with powerful tools to further maximize utilization potential of their Aurora powered trucks, broaden opportunities to haul goods and streamline supply chain operations. We've now shared some of the progress we've made advancing our autonomy development as well as the infrastructure to support our operations and service delivery. A key third element to support our commercial launch are the relationships we've built with our OEM partners, PACCAR and Volvo and our ongoing work in preparation for delivery of scalable autonomy-enabled truck platforms. As we shared last quarter, key supplier contracts for these truck platforms have been awarded. Since then, we have received a set of vehicles with one of the key systems needed to achieve the reliability necessary for safe driverless operations. This was integrated by the OEM and we've begun testing in preparation for our pre-launch truck platform that we expect to come online next year. In the meantime, we've made meaningful progress scaling our fleet during the third quarter. We have built, brought up and integrated 21 new Peterbilt 579 trucks with the latest generation of our commercial hardware. These vehicles included dual-lane, liquid-cooled computer design for enhanced levels of ruggedness and reliability. Importantly, these computers include redundancy and fallback capabilities, a critical component of our Fault Management System, which is the Aurora Driver's ability to detect system issues and respond safely without any human involvement. With the addition of these new trucks to our fleet, we have retired some of our older models with the prior generation of hardware. These new trucks will be integral in scaling up the loads we are autonomously hauling in our pilots and to validate the commercial readiness of the Aurora Driver. In addition to our work with PACCAR on the Peterbilt 579, last month, we reviewed the first autonomous Kenworth T680 prototype designed for the Aurora Driver's sensor suite, which rounds out PACCAR's autonomous vehicle platform. We also began integration testing with a Volvo truck built with critical driverless systems in place. As we wrap up this business review, it's helpful to put into perspective just what we're building as a company and the meaningful benefit self-driving vehicles will deliver to our society. We continue to believe autonomous technology will be the next fundamental change in ground transportation. To deliver any transformational change in the world, it's essential to be all-in, that's why Aurora's position as an independent company is a strategic advantage. It enable us to have a singular focus on our mission and what we do best. Independence has enabled us to build a differentiated technology stack, a diversified set of incredible partners and a compelling commercialization strategy. In turn, this has allowed us to raise, what we believe to be enough capital to drive through the current storm in the capital markets, positioning Aurora for success in what we view as an incredibly important and valuable space. We continue to believe the size, customer demand and unit economics of the trucking market make it the best entry point for our self-driving technology and the value we can provide to our freight customers is tremendous. We remain squarely focused on launching Aurora Horizon by the end of 2024 and look forward to continuing to share with you the progress we're making on this journey. Thank you for your continued support. I'll now pass it over to Richard who will review our financial results.