Thanks, Liz, and welcome, everyone, to our third quarter earnings meeting. I'd like to start off on our classic page, our operating highlights. I really want to talk about -- Nathan and John will dive into the numbers here a little bit, but I want to spend a moment on the commercial pipeline and the orders booking and the recent announcements that we made to just talk about the team that's been at work here. Nathan moved over to be our Chief Commercial Officer back in the spring, and you're starting to see the results of both him and Justin Vagnozzi, who's been here for almost 2 years. You're seeing the pipeline going up. You're seeing MOUs and getting on the same side of the table with the customer transferring into orders, and you're seeing those orders go into backlog and then ultimately out the door shipping. At the same time that, we've won a couple of orders here after the quarter closed, we signed a very important strategic agreement with Talen Energy that, I'll talk about a little bit further, how we're thinking about this on the subsequent page in the deck. Around revenue, look, John has been here with us for 60 days, and he's going to go through the details of what he found and what he's done in those first 60 days. But we've had a team on the field here for the last year. Jason Greggs, Josh Payne, Jessica Troiano have been doing a fantastic job helping us position the supply chain, help us position cost to get to profitability and really position us to scale this business. You've seen our best quarter-to-date on revenue in the history of the company. It's a phenomenal performance by the team in the third quarter. And more John will talk about how we started off fourth quarter, which really leads us to reiterate guidance, which I'll talk about at the end of the presentation. On the cash side, you saw that we hit our last cash milestone around customer cash. And again, this is attributable to 2 hats that Nathan wears, being the Chief Commercial Officer, working on both the order side and the project side along with being the CFO, we brought in $43 million of customer cash here already in the fourth quarter. The business is becoming more stable and being positioned to scale as we move forward. It's an exciting time to think about what the future holds. And I want to move to the next page to talk about some of the announcements that we made a few weeks ago. Look, I know when we talk about our new building, people are going to ask why now? Why didn't you do this to begin with. And I just want to take a moment to talk about where we were and how we wound up where we are. We started off in Turtle Creek in 2019. We took a building that was very low cost and we expanded into a footprint with our landlord. That footprint, as we expanded, is not optimized. This new building gives us an optimized footprint to build a world-class factory to take cycle times down to drive cost down and to get this product where it should be as a market leader, both on performance and cost. I'm excited about what we're going to be doing in our new factory as we get into next year and how John is positioning us to expand capacity to meet demand. On our new software hub in downtown Pittsburgh, it's an honor for us to be part of the revitalization of downtown Pittsburgh. It's an honor for us to be sitting here and thinking about coming to Pittsburgh, because we knew we could build things and now tapping into the brain power and the ecosystem to make how we're building things even smarter. Being able to recruit, when you look at the work that we've done and Michelle Buczkowski coming in as our Chief People Officer last year. When you look at our company, our turnover rates are in line with high-growth start-up companies. And we brought in a lot of talent to make this company better over the last 24 months and particularly in the last 12 months. I'm excited to be moving into the new building. You can see a rendering of what the building will look like. We're not taking the whole building. We're taking 3 floors, but it will be branded as an Eos Building. And we look forward to the day where all of our shareholders will be able to watch a Pirate's game or a Sealers game and see that Eos logo in the skyline. It's very humbling to think about where we've come from but it's also very exciting to think about where we're going. So, if we go to the next page, I want to talk about the market itself. So, I want to take a second here to talk about what we're trying to do as a country and as an industry and ultimately globally to truly scale into the power requirements that we need to future growth and future economic growth around the world. We're in the third energy super cycle of my career. What I'm hoping for in this energy super cycle is not that we just do the same things we've always done of adding capacity in big chunks and then looking to see if we've met demand. I think we can do this smarter. I think energy storage makes this expansion even better. I've said this before, our systems don't care if you put a brown electron in from traditional power generation or a green electron in from renewables. They take electrons and store them for when they're needed. So, what does that mean? Well, let me just talk about -- put for a second, go back to my old life before Eos and talk about traditional power generation. Traditional power generation, it's installed for peaks. You build capacity for a peak once a year that may happen. The capacity factors of how that generation works are in the 33% to 65% range. That means the assets are sitting idle more than they're probably actually running. So what does energy storage do? For every 5% that you can increase the capacity factor of a gas turbine of steam-fired coal plant of a nuclear facility or pumped hydro storage, every 5% increase in capacity factor is like powering 50 million homes. What does that mean? Let me put that in context. That's powering for 1 year, California, Texas, New York, Pennsylvania and Illinois. We need power, we need energy storage and we need energy storage now, and that's what we're positioning this company to deliver. At the same time, if you look at renewables, let's say you say, renewables, inefficient, they have intermittency. But just take the installed base of the renewables we have now. Don't add anything to it. Let's imagine that we don't add any more wind or solar to the power infrastructure. Just putting energy storage systems on that existing installed base. So what's curtailment mean? Curtailment means that the wind is blowing or the sun is shining and there's no demand for those electrons. Adding energy storage at those points in time, you can add 10 gigawatt hours of BESS and power 750,000 homes for a year. That would be like powering Philadelphia for the year. Don't add any additional capacity, put energy storage alongside of it, make our energy infrastructure more efficient and make it available to consumers and industries when it's required. When you think about what all that trials and tribulations and variances and how things work on the upfront generation side, that has an impact on how we deliver the electrons to the end user. We have a lot of congestion on our grid, congestion, think of it as a traffic jam. Energy storage on both ends of that traffic jam on the source and the use allows you to decongest and reduce cost in the overall system. Take what we have, make it more efficient, make it lower cost, deliver the electrons when they're needed and generate those electrons as efficiently as they possibly can. Now we're talking about this super cycle being driven by AI and the build-out of hyperscalers. And yes, they're creating new demand in the system. But at the same time, we have to deliver that demand at a cost-effective way so that consumers don't see their energy prices go up. The way you do that is with energy storage. And what's our value proposition as Eos? And I'm going to talk about Eos. We need all types of energy storage, but let me specifically talk about what we bring as Eos. If you go with a traditional cube solution that we've been putting out in the market with 1 acre, you can deliver 100-megawatt hours of cubes. If you take that same 1 acre and do an in-building solution, because of the way of our architecture of our product and how it operates, you can deliver a gigawatt hour in 1 acre. That's 4 times what is out in the market today. That's being able to take bulk storage available today, bring it to the market, get that running and get what we have operating more efficiently and deliver more electrons when they're needed. So, we can win the race of AI. At the same time, our round trip efficiency, I'm going to show you data on the next page. Our round trip efficiency is in the mid-80s to the low 90s, but that's across a very wide operating range. There's no other technology that can deliver that type of performance over that wide of an operating range. Not only do you have to sit there and say, do a 12-hour continuous cycle or 16-hour continuous cycle. You want to do a 4-hour cycle than a 5-hour cycle later in the day, our technology will do that and deliver that same round-trip efficiency independent of what the ambient temperature is. So, we have a wide operating range, ability to go across multiple temperatures and we can respond to fluctuations in demand. So, think about this 5 milliseconds. I can't even -- that's faster than snapping your fingers. So, if demand changes or excess capacity comes on, our system responds 5 times faster than what the grid requires. It's leading in the industry in that area. At the same time, our system will run for 25 years, and you don't need to add extra capacity in there because we have very low degradation. And then our auxiliary loads. A lot of the times when you hear things about high round trip efficiency of other technologies, they don't tell you about the power they need to keep them cool or to keep them safe. We use 1% to 2%. So, when we talk our high 80s to low 90s, low 90 round trip efficiency, we're talking about that in the terms of including the offloads. That's a net number that goes on to the grid. And they're non-flammable. And we'll -- and I've talked about this before and talk about this again. Yes, if you overcharge our battery more than 200%, you run the risk of the electrolyte heating up and having steam come out of the battery. That steam is nontoxic. We tested it as this has happened. It happens. It's happened. It's a safety feature of our battery. It's what makes it non-flammable. And we've been able to operate through those incidents, basically replace batteries, keep the system in place and start operating again. Now, let's go to the next page and talk about operations,