Thank you, operator. Good afternoon to everyone, and welcome to LightPath Technologies fiscal fourth quarter and full fiscal year 2025 Financial Results Conference Call. Pretty exciting times here at LightPath. Over the last few years, we've been working on the transformation of the company, and we're now beginning to see the tangible results of these efforts. Since we likely have many new shareholders and many new listeners on this call, I will take some time to describe where we've come from, which will help put in context the recent developments. Then I will talk about specific programs that are driving our record $90 million backlog, the investment from Ondas and Unusual Machines, and our next growth drivers. This will likely take up more time than usual and will come at the expense of some of the financial side. So, Al? So let's start with strategy. LightPath is a forty-year-old company that for thirty-five out of those forty years was a component manufacturer. The strategy of LightPath as an optical component company was strongly tied to the industry structure and worked well when the industry was small and highly technical. A component company like LightPath could create value with its fabrication technology and at times capture that value with high margins. However, as the industry grew and changed, the structure of the industry changed and led to commoditization of optical fabrication technologies and a change in customer characteristics and supplier-customer dynamics. LightPath unfortunately did not adapt its strategy to that and therefore relied on being a lowest-cost provider of components and focusing on manufacturing in China to achieve that. This resulted in eroding margins, increasing competition, and diminishing ability to capture the value its technologies created. This also resulted in an unhealthy reliance on both manufacturing and sales in China. By 2020, most of the company's manufacturing footprint was in China, and more than one-third of its revenue was from China. In late 2020, following a change in management, we developed and implemented a new strategic direction. Without going into great details, because honestly, I could spend the whole evening talking about this, I'll just say that we realigned the company to strategic directions that allow us to substantially grow and capture much more value from our technologies and capabilities. This is not about moving away from being a component company as much as it is about moving into a position that will allow us to grow, improve margins, and secure our position in the supply chain. In our specific industry, with the dynamics of the technology, supply chain, and geopolitics, this means that we can grow best and impact our bottom line best if we focus on subsystems and systems that are enabled by our technologies. More specifically, doing that in the field of infrared imaging, a growing market in which we have strong differentiators. To explain a bit more about what I mean, let's look at just one of our unique differentiators, our Black Diamond Glass. Unique materials, such as our proprietary Black Diamond Glass, which is licensed from US Naval Research Laboratories as an alternative to germanium in infrared optics, help create value by enabling customers to do in this case, could be smaller systems, more could be cheaper systems, or more could simply be something as trivial as just being able to guarantee delivery of your systems to the customers with production certainty without worrying about germanium supply restrictions from China. Some companies, when they have such technology, might say something like, well, these materials are valued by my customers, so I can charge more for my material, which is a valid point. Another company could say, let's take a step further, and with our unique materials, we can sell more components value-added. So we do that. For us, we found that the sweet spot was going into subsystems or small systems, which we often call engineered solutions. Those do not require a large infrastructure of service and field support much more of the value as full systems do, but still allow us to capture the combination of LightPath's materials and our optics, together with, for example, the recently acquired subsidiary of G5 Infrared, which is a leader in thermal imaging cameras. G5 is known as the industry leader in long-range infrared cameras. That was the case before we acquired them, not something we created. But like its competitors, G5 was facing supply chain challenges due to global geopolitics, and primarily germanium and gallium, which are critical materials in their optics. After acquiring G5 in February, in conjunction with their team, we began the effort to redesign their systems to use our materials. Recently, we announced the completion of the redesign of two of those cameras. By doing so, we are positioning ourselves not only as offering the best cameras now but also as the most reliable provider of cameras with supply chain resiliency that no one else can offer. The result of this is the massive growth we're seeing. Our backlog today is around $90 million. That is more than four times what the backlog was just a few months ago. And with more than two-thirds of this backlog in systems and subsystems, it is clear that the strategy is working. Our strategy is all about creating value and capturing value. You have core technologies that are unique and well-positioned, they clearly create value. It is up to the company to make the most of it by capturing as much of that value as possible. For LightPath, it means going up the food chain. With this background behind us, I would like to now dive into some of our most recent developments and events and add some color and background to the announcement we have recently made and the large backlog I just mentioned. First, let's talk about the two recent large orders. Over the last few weeks, we announced two large orders that are really one order split into two separate appeals. Those orders totaling over $40 million for deliveries of infrared cameras in calendar years 2026 and 2027. The customer is an existing customer that has been consistently doing business with G5 over the last few years, although not at levels anywhere near this. Applications for those cameras will be in border surveillance and counter UAVs, or CUAS as it is often called. Let's first talk about the border surveillance. So border surveillance program known as CTSE is something we had previously discussed. At the time, I think in our last call, we expected the entirety of the program to include installing about 300 new surveillance towers along the southern border, and the work to be divided between three primes, one of them was our customer. Then along came the big beautiful bill and more than tripled the funding to Border Patrol. To our understanding, this means the number of towers along the border go up to 1,000 towers. Some even speak about 1,200 towers. This includes not only an increase in the number of towers along the southern border but also the installation of towers in some places along the northern border. Now take the large increase in expected deployment, add to it supply chain constraints companies are facing, and you get a scramble to ensure supplies of cameras. Or in other words, for us, a perfect storm. The border contract is an IDIQ divided among three companies. Until recently, we've been supplying cameras to only one of those three. The $40 million in orders for calendar 2026-2027 we just discussed is for another one of the prime contractors. So this is going to be in addition to the existing work we have been expecting and spoke about for the border. Okay. Enough about the border, but there's a lot going on there, clearly. Let's go back to our $90 million backlog. Another part of our record $90 million backlog is systems for Counter UAS. More specifically, powerful zoom cameras that can passively detect, classify, and track drones. Drones that are as small as 10 inches in size, for example. These cameras not only integrate systems for detecting drones but also integrate onto almost any weapon system that is used to counter drones by disabling drones using different means. It could be systems named remote weapon systems, or vehicle-mounted kinetic systems, or pretty much any deployment of a counter UAS system, which as we all know is a rapidly growing industry not only in battlefields and frontlines but also in critical infrastructure such as airports, or public and private infrastructure. Currently, more than $10 million of our backlog is for cameras for counter UAS. This is separate from the $40 million of orders I just discussed. And those specific orders were announced and discussed earlier. We expect this to continue to grow as our cameras are integrated into more and more systems. Another area of growth that we expect to see is the Navy Sphere program, L3 Harris is a prime integrating this system, which is expected to be installed on all US naval surface vessels. The contract, we announced together with L3 Harris earlier this year, is expected to move into LRIP, LRIP is low rate initial production, in the coming months. It has also been publicly disclosed that they expect to see the first installation and full integration into a fire control system, of the first destroyer by 2027. For a system to be deployed by 2027, given all the slowdowns and processes, that timeline means that we will be working on our part very soon. This is a large program of record and a key program for the US Navy. So we expect this to be a meaningful source of revenue for many more years to come. All of those are systems that we've already qualified so all the development work is pretty much done. It's a matter of receiving and executing on the purchase. We feel very confident in our ability to deliver all of those especially in light of our unique position, utilizing our proprietary Black Diamond materials in the cameras instead of germanium, which traditionally is the element of use for many infrared cameras. This brings me to China's ongoing export restrictions, who late last year cut off the export of germanium, as well as other critical materials to the US defense industry. China produces substantially most of the germanium globally, making the Chinese ban effectively global. In response to those events, US defense contractors moved to stockpile germanium, but the ongoing ban to stop the stockpiles are running dangerously low. One executive noted in a Wall Street Journal last month that his firm is now down to safety stock. Some suppliers now hold only a few months of inventory, exposing even large firms to disruption. The result of this disruption has been a massive interest from defense customers to move away from germanium, to eliminate China-related supply chain risk. Inbound interest from defense contractors in LightPath's proprietary Black Diamond Glass, the replacement for germanium we licensed exclusively from NRL, has increased significantly. And while there's some lag from design to field deployment, the shift is happening and happening quickly and can be already seen in some of our numbers. So those programs are what is currently driving our large backlog and short-term growth. Now let's talk about additional programs and growth drivers in the pipeline. NGSRI is one of our most important programs, in which we are developing for Lockheed Martin a system that is a key technology in their version of next-generation Stinger portable ground-to-air. Lockheed is competing against Raytheon in this and is now in testing stages with the customer. While I do not have any specific updates to share, I will likely not be able to answer most questions about this. I would like to commend the teams at Lockheed Martin and Visomed Group in Texas in putting together a completely new missile system in a two-year time frame, something almost unheard of. The system is now in testing and we expect delivery or feedback from the customer anytime in the next few months. I know many are anxious to receive updates on this, as am I, to be honest. But because if we win this according to projections we received from the customer, this could be between $50 million to $100 million of recurring annual revenue for us while in full-rate production. The only related update I can share right now is that our tech group is in the process of moving to a larger facility that will be able to support the production for this system. For those that want to understand more about this system and why our camera is making such a big difference, I would suggest searching online for the term QuadStar and Lockheed Martin. Lockheed names the missile QuadStar. There is a long and detailed article that describes fairly well why Lockheed's solution can achieve better distance and overall performance due to LightPath's camera system integrated into the missile. Additionally, we also have programs such as the Apache program, which we delivered our subsystem recently and is now being integrated and tested by the customer. We have some programs related to Golden Doe, which are in the design phase. And we have another program which is really unnamed. And I mentioned in the last call is a key Black Diamond material program in which the customer is actually funding equipment dedicated to that program. I can't say much about it, unfortunately. What is common to all these programs is that we believe each and every one of them could reach over $10 million of recurring revenue a year. Some of them, like NGSRI, much more. All of those are specific programs or projects. But we also have our assemblies and optics product offering. The assemblies business includes standard and custom design of lens assemblies that customers integrate into their own cameras or systems. Part of this business is growing too. And especially assemblies that are designed to replace existing assemblies that utilize germanium and wanner wall lens. LightPath has a portfolio of lens assemblies designed so they can be used with other cameras. Those could be cameras made by FLIR, Seek Thermal, DRS, or pretty much any thermal camera manufacturer. In particular, we are seeing a growing demand for assemblies and also complete cameras for use in drones. A bit of background. Following the COVID pandemic, China emerged as a strong player in the market for low-cost thermal cameras used in applications such as drones. This is as a result of the significant state investment in technologies related to contactless temperature measurement, which are really the same technologies used in thermal imaging. While for a while after 2021 or so, it looked like Chinese vendors might become the main source for cameras for drones, geopolitics, however, has been changing that. Ukraine, for example, has decided a while ago that it will no longer use cameras or lens assemblies made in China in