 So this is my third GPS launch, and I'm extremely humbled and proud to be here. I'm 2nd Lieutenant Anthony Bacani. I'm a GPS-3 launch integration engineer, and I'm from Los Angeles, California. In my position, I'm here to integrate the launch vehicle provider to the satellite. So in this case, I'm working with SpaceX, identifying their needs and working with them to help integrate to our space vehicle so that we can safely launch our GPS satellite and get it to its target orbit. With GPS-3 SVO-5, we're delivering the 24th M-Code-capable satellite to orbit. This will provide secure, resilient signals for our warfighters in theater. Our Lockheed Martin-built satellites provide three times greater accuracy, eight times greater anti-jamming capability, and a 15-year design life. GPS is a warfighting system. It enables our troops to do their missions and bring some home safely. Right now the U.S. launch industry is the envy of the world, and it's bringing innovation across the board, and one of the big places SpaceX has been innovative is the use of reusable launch vehicles. Having the option to be able to reuse the first stage is very exciting. You're saving on material costs, you're saving on time. There is a certain amount of time that it takes to rebuild or to build something. It really allows us to meet our more stressing requirements, but do it at a much, much lower cost point to the taxpayers than we've been able to achieve in the past. Loving the SpaceX, they're a great partner to work with. They understand our mission, and they know that they want to get GPS into space. With GPS-3, we're modernizing the GPS constellation. When we talk about GPS as part of our critical national infrastructure, it's not just the tactical value, but it's the financial impacts. It's estimated that each year GPS enables $300 billion of economic impact. That's $1.4 trillion since its inception. It's important to recognize that this is a one-team effort. Even though we have multiple organizations in play, the beautiful thing is we have diversification here. That allows us to come to a new method of getting to our target orbits faster, getting more accurate satellites out there, and providing greater service to people around the world.