Thanks, Nadir, and good afternoon. It's a pleasure to be joining you as part of Inpixon's earnings call for the second quarter. My name is Scott Pomeroy, and as Nadir noted, I've been serving as XTI's Chief Financial Officer since 2022, but will be assuming the role of chairman and CEO of XTI Aerospace, the expected new name of the company following the closing of the transaction. By way of just a brief introduction, I have a long-standing career with and for substantial private equity owners serving portfolio companies as their CFO or CEO. I have served in that capacity for these companies across several sectors in the private and public markets and was fortunate enough to have taken one of the organizations public through a jumbo IPO a number of years ago. And I'm excited to be assuming this new role for XTI. I'm joined today by Mike Hinderberger, the current CEO of XTI Aircraft. Mike will continue serving in his capacity as CEO of the XTI Aircraft subsidiary post merger. Mike brings a strong history of aircraft development and certification to his leadership role with us here at XTI. We are fortunate to have Mike leading the design, development and production of the TriFan 600 aircraft. At XTI, we have an established vision statement, to transform business aviation for a more efficient and sustainable future. As with all vision statements, it's lofty and purpose driven. Oxford languages defines transformer transformation is making a thorough or dramatic change in form appearance or character. What we are developing and ultimately selling at XTI is an aircraft that is unlike anything on the market today, but yet is comprised of parts, subassemblies, and systems that are all very familiar to the FAA. Another word that stands out in the statement is efficiency, and it's fundamental to transformation. To deliver on our objective, we must build an aircraft that is more productive with minimal wasted effort, all at a lower cost. And finally, this transformative aircraft must be sustainable, and all the various meanings of that word, longevity, meaning we'd expect it to have a lengthy and useful shelf life as well as environmental sustainability and safety as we take full advantage of various tech-ready capabilities, both now and in the future. Before we provide more specifics on XTI and the TriFan 600, I wanted to take a minute or two and provide a bit more context around the sector. Dozens of vertical take-off and landing aircraft concepts for passengers have been tested in flight throughout the last century. Many, if not, most of these concepts are actually rooted in military designs and applications. For instance, the Marine Corps V-22 Osprey tilt-rotor is an aircraft many of you may have heard of. Jet engine thrust aircrafts such as the British Harrier or the US F-35 fighter jets, that have been around for a number of years, and the AgustaWestland 609 tilt-rotor, a very expensive VTOL aircraft, is reporting that after years of design and testing, its certification and entry into service will occur sometime over the next year. Each of these aircraft solves different flight issues and serve diverse mission objectives. However, we believe they all have limitations and inefficiencies with a common theme of being very expensive designs which in turn require costly manufacturing processes and certifications. None of these historical solutions or configurations have met the challenge of developing a commercial VTOL aircraft that has high forward speed, relatively easy to fly, very safe, cost effective and with an empty weight low enough and a maximum gross weight high enough to allow for an optimized range to payload profile. While the concept of VTOL has been around for decades, today, much of the conversation around this sector is largely dominated by companies in the E or what we call electric VTOL sector. As evidence of the significant growth of the sector, the Vertical Flight Society, the world's leading non-profit organization working to advance vertical flight, maintains the directory of eVTOL designs, which now number in the hundreds. Some of the larger eVTOL companies in this E-aviation sector took full advantage of the robust SPAC market in 2021 to advance the development of their aircraft by entering the public markets, allowing them to raise capital from a new source. Five prominent eVTOL companies completed SPAC merger transactions during that year with a combined valuation at the time of the merger in excess of $10 billion according to articles published on nasdaq.com. The companies in the eVTOL sector are currently at various stages of completing the full FAA review process involving certifications for design, production, airworthiness, and operation. None of the eVTOL companies have achieved the required certifications today. Although as I noted earlier, some are indicating that they expect some of those certifications over the next couple of years. While we believe these eVTOL aircraft will eventually have significant utility, there are noteworthy differences between them and us, as well as challenges they still need to overcome. The most significant differentiators range in speed. The eVTOL toll market is essentially comprised of air taxis that fly a short distance, generally, under 100 miles compared to our 700 mile range. Their challenges include an undefined regulatory environment, the nascent infrastructure such as charging stations, vertiports, and landing sites. And final certifications involving new battery under hydrogen technologies. These limitations are largely imposed by the current technical readiness of battery or hydrogen power sources, limiting range, air speed, altitude, and payload. Taken off and landing vertically consumes a lot of energy and today's current technology simply limits a number of key aircraft performance capabilities. And while the TriFan 600 could certainly compete with any of these leading eVTOL aircraft, it has been designed for a much broader use case. So much so that we have begun to refer to the aircraft in a more hybrid sense, a vertical lift crossover airplane or VLCA as we like to call it. The TriFan is much more of a business aircraft versus the air taxis that dominate the eVTOL space. The TriFan is targeted for regional intercity capability such as Manhattan heliports to Washington DC, versus the more local short-range utility of the eVTOLs. The TriFan makes point-to-point regional air travel possible over distances of 700 miles at air speeds of nearly 350 miles per hour, accommodating up to six people. And most importantly, using existing infrastructure with no additional flight regulations required. The aircraft is ushering in a new utility for VTOL, true regional air travel or medevac missions, taking off and landing like a helicopter, while maintaining the comfort and speed of a business airplane. For those of you that have not had a chance yet to take a look, the following video is a computer simulation of the TriFan 600. [Video Presentation] As reflected in the video, the crossover TriFan elegantly blends the best of business aircraft with the convenience and efficiency of helicopters, over 700 miles of range at speeds of 350 miles per hour reduce time because of the point-to-point capability, no new infrastructure or regulation required, and given the inherent limitations of clean energy power, the TriFan has been intentionally designed to incorporate proven aircraft systems and assemblies, like the two turbo shaft engines, ducted fans for hover and cruise and fly-by-wire or computer regulated flight controls. No new manufacturing systems are required. The TriFan is essentially proven parts, systems, and sub-assemblies in a newly conceived configuration and design. The TriFan's versatility, one airplane able to perform the role of two, a fixed wing aircraft and a helicopter, truly expands and enhances our addressable market. The existing business aircraft sector such as the King Air turboprop airplane from Beechcraft or airplanes from Cessna or Pilatus, and even some light jets are clear areas of the market in which we will compete. The emerging regional air mobility market such as the Leonardo AW609 tilt-rotor that I referred to earlier. By the way, Leonardo is just the new name for AgustaWestland, is another prime target for us as we seek to compete on both price and performance basis. The existing helicopter market is also a logical market for us, and situations where existing solutions are pushing the envelope of the range and comfort of a helicopter's utility. And as I noted earlier, the eVTOL urban air mobility sector is one in which we can also clearly compete. Although we are certainly subject to the same issues of immature infrastructure and regulatory environment that will play the pure play eVTOL competitors. The strategy is to bring our solution to the market to provide a better alternative for existing regional carriers, corporations, private owners, medical transport, et cetera. We also expect to introduce our aircraft into situations and circumstances that have never before envisioned air travel as an option. In total, the existing and emerging addressable markets are currently estimated to be in excess of $1 trillion. As I previously mentioned, one of the fundamental benefits of the TriFan is that it will require no new infrastructure for placement into service. The aircraft will be able to operate from existing helipads and airports, as well as firm ground such as parking lots, open fields or roads, wherever it's safe and legal. In addition to the speed and range we've already touched on, the aircraft has altitude capabilities of up to 25,000 feet above most weather in a pressurized cabin and will be certified IFR, instrument flight rules, for flight in inclement weather as well as being safe under known icing conditions. The map reflected here has a couple of examples of TriFan’s range capability, centered in Los Angeles and New York. And as you can see, the 700-mile radius provides for very practical and efficient regional travel. When we dial in our map to the Greater New York area and contemplate the metrics and what will be the mission objectives of the intra-city eVTOL competitors, you can see here the clear performance benefits of the TriFan 600. To highlight just one, all eVTOLs will require the development of an entirely new and widespread battery charging network to allow them to have useful route structure. However, a TriFan can deploy rapidly worldwide using existing infrastructure. Because a TriFan designed primarily for speed and range, we will compete initially in the existing and emerging business aircraft and medevac markets and look to adopt full electric capability as the battery and/or hydrogen technologies mature and evolve. As we take a different vantage point and zoom out a bit to a broader aircraft competitive set that includes helicopters and business airplanes and look at some of the same characteristics and attributes, the TriFan continues to showcase very well. From its range, speed and payload to proven propulsion and other mechanical systems to the ability to place the aircraft into service without having to build new technologies or infrastructure, we believe that TriFan will offer the best of a helicopter combined with the best of a fixed-wing business airplane when it enters service. With that, let me turn it over to Mike.