Thank you, Teresa, and thank you, everyone, for joining us today. I'm pleased to say that we had an incredible second quarter. I often talk about the commitment our team has to delivering on our goals, but this quarter, the team really knocked it out of the park, consistently on time and in every area of our business. Back in our fourth quarter call, we outlined goals for the first half of 2023. We said we would submit all of our Certification Plans to the FAA and we did. We said we would rollout our first production prototype and fly it and we have. I'm pleased to confirm, that the aircraft flew for the first time last week following an extensive ground testing. It performed as expected and we're looking forward to expanding our flight test program with the aircraft before delivering it to Edwards Air Force Base in decourse. We also said, we would select a site for our scaled manufacturing facility. While we could have made a decision in the first half of the year, we've had a remarkable amount of interest in hosting this facility, and so we've taken the opportunity to spend some additional time evaluating various sites to ensure we secure the very best long-term solution and incentive package. Each of these goals is a huge milestone for Joby and reflects our relentless commitment to execution. It's a real team effort, and I'd like to thank each and every member of the Joby team for their hard work in achieving these goals. The rollout of our production prototype was particularly special, because it's the culmination of more than a decade of hard work. We have been building and flying full scale aircraft since 2017, but to be able to build with this level of rigor is a huge step forward and we're incredibly proud of the performance our aircraft delivers. Our motors each provide 236 kilowatts of peak power, with six propulsion units on the aircraft, that's nearly twice the power of a Model S Plaid, the most powerful Tesla variants and yet the entire aircraft weighs less than the car. Our motors play an important role in keeping that weight down, the dual wound motor and inverter wages 28 kilograms together and we've been able to combine the coolant pump, radiator, fan, hub, propeller, and pitch servo actuation into the same package. But it's not just the power and the weight that makes the motor special, it's the way in which that power gets delivered. We've designed motors and are incredibly torque-dense offering as much torque as the engine of a heavy duty Ford F-350 pickup truck. And we've done this without a gearbox. Gearboxes come with a multitude of rolling element bearings and dozens of gear teeth that are constantly running through fatigue cycles. Each one of these parts has to be tracked, inspected, lubricated and replaced throughout the lifetime of the motor. They also create excess vibration. Instead, we've designed the Joby Direct Drive. Our motors deliver all of the power and torque that we need with only one moving part, a single bearing. Our story is similar when it comes to batteries. We didn't want to compromise. We wanted to find the best possible solution, even if it took more work on our part. Over the last six years, we've tested 100 of cells in our own testing lab. The obvious choice would have been a cylindrical cell. They're widely used in automotive and consumer electronics, but even the best cylindrical cells presented two major challenges. They didn't offer the level of specific energy we need for maximum performance, and we found their capacity deteriorated after just a few thousand trip cycles. That would mean more frequent battery pack replacement and higher operating cost. So, we chose a pouch sell, one that delivered on every metric that mattered to designing a highly efficient and safe eVTOL aircraft. The cells we're using in our production plane come from the automotive supply chain, and deliver 288 watt hours per kilogram at the cell level. And we've demonstrated in our lab that they're capable of more than 10,000 representative flight cycles. At the pack level, we're delivering 235 watt hours per kilogram, which is a higher specific energy than many of the cells we've tested on the bench. And, with all of our area specific certification plans now submitted, we have a clear path to certify our battery packs. Our approach of custom designing key parts allows us to deliver the highest possible performance without carrying excess weight or compromising functionality, and it has allowed us to deliver on one of our core company goals, having the right aircraft for the market. Our production aircraft is set to be the lightest, quietest and fastest more passenger eVTOL in the skies. We'll be able to carry 1,000 pounds of payload and we'll be deploying our aircraft on trips of up to 100 miles, making it perfectly suited for operations in urban areas. As we begin to ramp manufacturing, Toyota's support has been invaluable whether it's the design of specific tools and processes or the layout of the facility itself. And to recognize that support, we were honored to have "Ted" Ogawa, President and CEO of Toyota North America, speak at our production launch event in June. Ted joined the Joby Board of Directors on July 1, and we're looking forward to working together. During that same week, we had two other important visits that demonstrate the wide ranging support we're seeing for aerial mobility in the U.S. California Governor Gavin Newsom joined us to celebrate the launch of production here and more than 70 representatives for President Biden's AAM Interagency Working Group visited us to hear about the Joby aircraft and witnessed a flight test. The government's commitment ensuring U.S. leadership in this sector was also reinforced by the publication of the FAA's AAM roadmap in July. This document outlined how existing rules, existing infrastructure, and the planned publication of the SFAR document in 2024 will enable real meaningful commercial operations to start in 2025. The document also talks about the work the FAA is doing to bring forward upgrades to air traffic control and operating rules that would enable the U.S. to deliver world leading capacity for eVTOL aircraft by 2028. This is a remarkably positive step, with the FAA effectively pulling forward the date, it is planning to support scaled operations from the 2030s to 2028, in time for the LA Olympics. As I said at the outset, this has been an incredible quarter, on top of all of the progress we've made, we've also been able to strengthen our balance sheet and we now have $1.2 billion of funds available to us. Having such a strong balance sheet won't change our thoughtful approach to spending, but it does allow us to accelerate early production and ensure we're best positioned to start commercial operations in the U.S. in 2025 as planned for by the FA. It also puts us in a great position to achieve the sort of scale the FAA is planning for by 2028. And on that note, Didier, over to you.