And we chose that for a bunch of reasons. One is that it has lots of bandwidth. So every there's there's seven available channels in the US in the 60 gigahertz space. A lot of people use 60 gigahertz. Yep, and you know, you probably you probably using it and a lot of your areas in the remote areas for wireless internet to homes, right, some of the carriers are doing that. And it's it's, it's basically a line of sight. So it's a micro almost like a microwave link, that goes goes to it, we've chose to do it indoors very similarly. And, and but we've used our technology, we've been able to figure out, and that's what we spent some 2017 to last year is taking the energy of the RF, that the signal, and I use the analogy to kind of do a flashlight on the wall, you get a big, big, you know, big piece of light, and then you got you do a laser pointer, and it's very pinpoint, right. And that's what we've done with the the the energy on the 60 gigahertz to be able to have a pinpoint accuracy. And that we're able to penetrate through walls. So that's important because if you're going through wireless, and you want to have you know, your back, you're doing a backhaul, more than likely you're gonna you know, you're gonna have to go through two or three sets of walls. And we that's what we've been able to accomplish with the technology. Before I go in a little bit of tech at any any questions on that? Okay, so, so with this is what the system looks like, if you're familiar with an Xbox, it's about the size of an Xbox, it basically sits up on a ceiling or, you know, into into a ceiling depending on on the structure. It's very simple, simple to install. And I mentioned we use 60 gigahertz. So the system set up that there's a radio on each side. So basically, we we transmit on the left hand side that left and right and we transmit out the other side as well. So we can put these in, in, in line, if you will. So we can have you know, two or three or four or 567 Doesn't really matter. In line to be able to get longer distances in buildings, we can create a ring, and we'll talk a little bit about that. But we've we've figured out how to kind of steer, we do beam steering so we can actually go around corners. So if you think about a building or hallway, you know, a lot of times it might be a courtyard where you have, you know, three three hallways in there, you got to make two left turns. That's so that's something that we can do. And again, if you're doing it with cable, you know you obviously can bend cable, but now we're able to do this wirelessly here. And it's you know, we talked about the distributed IDF. So the IDF or the point of presence where where the internet service is being being brought into the buildings, almost 99% of the time where that service is brought in. It's not where this year it needs to be used, right? It's, if it's in the basement, it needs to get distributed out throughout the entire building so that people can have access to the internet. And what we do with a login and basically remotely put that put that IDF wherever your services need to be. So So we basically designed this as a very simple device, easy to install. And we realized that you'll see on the in the center of center of the unit, there's sort of SOS for Ethernet ports, and those ports are P OE ports. And that's what how we, we would power an access point or a security, you know, an IP camera, or maybe an IoT gateway or something, something along those lines. In most cases, what we're doing is we're providing Internet service, so it's typically a wire, typically a Wi Fi. But we also do a lot with, you know, remote access control into, into a lot of the buildings, right, or into a part of the apartments, where you have a device, maybe it's a mobile device, or it's just some way to be able to remotely open that, that, that door for somebody in from a security standpoint, I mentioned that we have, you know, there's two radios, there's a radio on each side, the importance there is that, you know, a lot of people ask me, you know, well, can't we do this just with a, you know, with our access points and just mesh them together and create, you know, a backbone with them, you can, but what happens when you do that in with with Wi Fi access points, even with Wi Fi seven, every time you make a hop or create a mesh, for every hop, you have the throughput. So if you've got a gigabit backbone, you make one hop, it's now half a gigabit, you make two, two hops, it's, you know, 500 megabits. So it's, it's just over 250. So it just continues to get get reduced. And obviously, you can't scale it doesn't scale very well. So we, when we design this, we wanted to make sure again, because what we're we're being the value proposition is that we can install services very quickly, without, you know, having to do lots of cabling. So we need to make sure that was very, very simple to, to install. Basically, this the system is that it has a Wi Fi access point in it for for our management and configuration standpoint. So I have an app, there's an iOS application, I happen to have an iPhone, I'll I download it, and basically, I log into one of the devices. And if I have three or four devices on it, you just need to log into one. And then you have from that device, you can now configure all of the the other devices, this is very, very simple to install. And it's simple to manage, right, so we have a software set of software suites that that's the operating system and then the management system to make sure that you can you can verify that you've got connectivity to the access point or the security security camera or making sure that you're getting the performance throughputs that you want. So we're a backbone, that's, you know, like cat cat five cable, you got basically its gigabit cable, we can support, you know, distances up to, we claim up, you know, we follow kind of a similar pattern of a cable cable length is basically 100 meters, 300 and something feet, we've tested it at up to 225 meters and still maintain over Gigabit of throughput. So, you know, for large, you know, large, large areas, so you can definitely move these things pretty far, far apart. Talk a little bit about this, this is really kind of the vine suite, that kind of the management side of it. Again, it's really, really about being able to quickly be able to turn up services and deliver those services to to, you know, to the end to the end customers as quickly and efficiently as possible, and then be able to manage kind of managed through after the they're installed. And again, real simple to install with these things. Again, they mount typically they mount on on a ceiling. So there's a little bracket that you have your mount on the ceiling, you snap the unit into into the mounting bracket. Yeah, yep, it needs it requires power. And the reason it requires power is because we were also powering other devices. So And we, you know, you could we could be powered by Poe, but then we can't power anything else off of that. So, so we were looking for just standard 110 power. And then we, we plugged one at one of the Ethernet ports or one fiber port into, into the internet or into the backbone. Right. So, you know, as you're developing and bringing the Broadband services to the building, we would connect to that, and then distribute the, that, that Broadband services throughout throughout the building with the wave tunnels. So, you know, reduces the time the construction, there are no construction costs really, in here, it's just physically doing an install, I mentioned you distributing the IDF to not you know, from the, from where the Point of Presence comes in, to where the services need to be, be delivered. So we do, you know, basically a bus topology butter chain, so we can, this tree, we just show this as root node, and by node is just how we denote them, but you can call them whatever you want, any, any one of the nodes can connect to, to the, to the backbone, or to an Internet, and any, any node, in fact, you can have multiples connecting to it, for redundancy, and then any other other the other nodes that have the access points or, or the