 Thank you very much, everyone. So again, my name is Leo Martinez. I'm the director of product management at Ferro overseeing our laser scanning products and software. And over the past year, Ferro has been extremely busy, including the acquiring the GeoSlam, the maker of slam-based products. And today at Intergeo, we're very pleased to announce a whole variety of new products that we believe will bring a new level of productivity and efficiency to our customers, while also enhancing the data that they can get out of their solutions. And when I say several products, I mean several products. We are really bringing in new products that complete our entire portfolio, providing customers not only the high accuracy solutions that you're familiar with from Ferro, but also introducing new very high speed acquisition solutions, which we call the Ferro Orbis, which we'll talk about in a lot of detail. And that Ferro Orbis is really powered by the GeoSlam technology. And that's very important to us, not only because obviously we purchased them, but also because the GeoSlam has over a decade of experience in slam algorithms that we are now using to power those devices. And we didn't just take what GeoSlam has done and put it into a new case. We've also taken their experience with the mobile scanning technologies and combined them with our experience in tertiary laser or terrestrial laser scanners, rather, to create actually a new workflow that people wouldn't be familiar with. And on that note, we're also introducing the flash technology alongside the Ferro Orbis, which we'll talk about in more detail. But what that really allows you to do is to merge the worlds of mobile scanning and terrestrial laser scanning into a single product. So you're not with the high accuracy or the very high speeds of the mobile solutions. You're actually right there in the middle. And that flash technology provides this meeting point of efficiency and accuracy for our customers. Alongside this, we're also introducing a new improvement to our Hollabilder tool. Hollabilder tool, you used to walk through, take individual images that would be stitched together through slam. We're now introducing the video mode. And what that allows you to do is actually just walk your job site, taking images continuously, and that are then processed using a combination of visual slam and photogrammetry for very effective trajectory tracking and high quality imaging in one tool. But one of our most important things is all of these technologies work with SphereXG, our updated cloud processing platform, which allows you to merge the data from mobile technologies, from terrestrial laser scanners, from photogrammetry, all into a single location to serve as your single point of truth for all stakeholders on all of your projects. Now, I mentioned already the Orbis hybrid scanner. What the Orbis hybrid scanner really brings to customers, the number one thing is productivity. We all know with terrestrial laser scanners, you have to take multiple scans in different locations. If you have lots of occlusions, you have to do even more scans, which takes time, takes a lot of planning as well to move between those different locations. Now, with the Orbis, you don't have that same level of planning. You walk where you want it, where you want to get data. If there's an occlusion from where you're standing, you walk around it, and as you're walking, you're continuously capturing data. And really, our customers see the SLAM technology as providing a 10 times improvement in the capture speed of their on-site conditions. And with the Orbis, we've also actually improved the quality of that data beyond what was previously possible with the GeoSlam, and we've doubled the data rate on that as well. So we're getting more data, higher quality data, and in less time. In addition, we mentioned this, but you can now kind of complete both types of skating workflows in one device. You can do the SLAM, walk everywhere you want, scan all the data you want. But now, while you're walking through the job site, anywhere you want more data, more density, more accuracy, you pause with the device for just 15 seconds and you capture what's called the flash scan. That flash scan basically mimics a terrestrial laser scanner. Higher density, higher quality of imaging, higher accuracy. And then the each of these individual flash scans is already pre-registered. And it's up to you. So you don't have to plan it out with all flash scans in mind. As you're walking through the job site, you can think through, oh, I need more detail here. I have lots of very fine requirements here. I really want this to be very accurate. I'm going to stop and take a flash scan very quickly. And we also now offer both cloud and offline processing methods. But rather than just giving you the processing tools and letting you create all sorts of different parameters to control that SLAM algorithm, that is absolutely still there. But we have the very strong SLAM algorithms. And now, with this new technology, we offer a one-click processing using default settings, using a default workspace. You import your scans, press a single button, walk away, and you return to a fully processed cloud in less time. And we offer that in offline or cloud processing tools. And with all of this together, our customers have really seen the ability to really reduce the overall cost of scanning. To complete the same number of scans, you no longer need the experts on-site every single time to plan out where are my targets, where are my control points, how am I going to traverse from one room to the next and maintain the registration accuracy. With SLAM, that is already in there for you. So now that you don't need to bring an expert, they can actually ship a device on-site and have somebody on-site scan the site for them. And the experts back in the back office can process that data, analyze the data, and transfer it on to the end client. And that's really why we call it precision in motion, but simplicity in action. Now, we talked a little bit about the flash scanning, but in particular, this is really what you get out of it. On the top, you'll see a SLAM scan, very similar to maybe what you've been familiar with before. A little bit higher quality, a little bit higher density than maybe you've seen previously. But obviously, there are areas missing. The level of visual clarity is not always perfect from that point cloud, because it's not very dense. With that flash scan and stopping for 15 seconds in the same location with the same device, we're able to produce both of these. So that image on the bottom is from the same device, from the same location in the same time period. And now, that data with a very high level of precision can be used for better modeling and for better control of the on-site conditions. And one of the best parts is, compared to the terrestrial laser scanner, where you have to manually register all of your individual scans together, each one of those flash scans comes pre-registered, because we are constantly tracking the motion of the device around the building. We precisely know the location of every single flash scan that you do, so you don't have to go through a very time-consuming step to process those together. And we are also introducing Ferro Connect to do this. So previously, this was GeoSlam Connect. And as after Ferro acquired GeoSlam, we really brought in the focus on the ease of use. So you import all of your scans at once, you queue them up for register for processing, and you can walk away. So I can spend eight hours on-site, return to my computer, load all my scans, begin processing, they're queued up, and when I wake up the next morning, everything is there ready for me to work with. And I did not have to spend time at my computer messing with all the details, changing parameters, to ensure I get a good result. The GeoSlam and Ferro Accommodation Technologies ensure you get that every time. We've also introduced some major new improvements to Scene. Scene is still our best tool for merging multiple point clouds, merging clusters of scans together, to create one final result with the best accuracy. Now, we've introduced two features in particular, interactive registration and what we call hybrid registration. Interactive registration, what you do, is you go through and on your visual representation of your scans, you can create new connections between those scan positions to help close loops of scans and get better control of the overall final results. And when you're ready to, when you're, after you're done, you can then optimize those connections in a matter of seconds and get full progress, full reports on the results of each of those scans. The hybrid registration on the other hand, in the same method, you actually can control, can get a better result for each of your registrations between scan locations by combining cloud-to-cloud registration and target-based registration and feature-based registration all in one. And the system handles that for you automatically, with a visual representation. In this case, you can see the green line connecting them and you can actually see on the bottom every single one of those little green dots, those are the targets it's then using for its registration. And all of these technologies are merged into SphereSphereXG. So not only can you load your point clouds here and access them wherever you are, load your, your panocam images wherever you are for everyone to see, but you can also upload your mobile, your processing data or your scan data rather from the Faro Orbis directly into the cloud from a mobile device in the field and have it automatically queued up for processing. And it starts automatically in the cloud and when it's done, you get a notification that your data is ready to be used. And that's perfect for mobile scanning because you don't need an expert in the field, but you need an expert in the analysis. So you can keep your experts in the back office ready to work with data and you can keep somebody in the field working on this quickly. And every, everything is just being uploaded directly into the cloud and your expert is getting everything ready to do work. And with that video mode as mentioned, you're getting better accuracy on your trajectory than ever before. And you can also track, you can also change that, that trajectory if so desired. But with the combination of visual slam and photogrammetry underpinning it, this is our most accurate, accurate trajectory tool for your images. So all of your pictures are geo localized to your plan and you can align them together. And you can also then bring in your point cloud data as well. So you can have image, high quality images for every day of the week, if you so desire, backed up by the scan data from a different point in time and be able to overlay them together in one software platform. I really hope that you'll come and see these things because, you know, slides really don't do the product justice and the speed at which that we can work and give you high quality data is really, really unparalleled. So we are in hall 27, booth 10. Please feel free to stop by and ask us any questions. Thank you.